def set_dnd(self, **kwargs):
assert "enabled" in kwargs
enabled = kwargs["enabled"]
tree = self.xsi_get("services/donotdisturb")
tree.xpath("//*[local-name() = 'active']")[0].text = \
utils.bool_to_str(enabled)
if "ringSplash" in kwargs:
tree.xpath("//*[local-name() = 'ringSplash']")[0].text = \
utils.bool_to_str(kwargs["ringSplash"])
self.xsi_put("services/donotdisturb", utils.xml_string(tree))
def _update_simultaneous_ring(tree_, state):
tree = copy.deepcopy(tree_)
if 'active' in state:
tree.xpath("//*[local-name() = 'active']")[0].text = utils.bool_to_str(
state['active'])
if 'incomingCalls' in state:
text = "Ring for all Incoming Calls"
if state['incomingCalls']:
text = "Do not Ring if on a Call"
tree.xpath("//*[local-name() = 'incomingCalls']")[0].text = text
if 'simRingLocations' not in state: # Do not modify locations
return tree
e = tree.find(utils.ns_escape('simRingLocations'))
if e is None and state['simRingLocations'] == []:
return tree
if e is None:
e = utils.element('simRingLocations')
tree.getroot().insert(2, e)
e.clear()
if state['simRingLocations'] == []: # Delete locations
e.attrib["{http://www.w3.org/2001/XMLSchema-instance}nil"] = "true"
return tree
for loc in state['simRingLocations']:
e.append(_location(loc))
return tree
def _set_active_state(self, api_endpoint, **kwargs):
assert "enabled" in kwargs
enabled = kwargs["enabled"]
tree = self.xsi_get(api_endpoint)
tree.xpath("//*[local-name() = 'active']")[0].text = \
utils.bool_to_str(enabled)
self.xsi_put(api_endpoint, utils.xml_string(tree))
def _update_forward_number(tree_, number_field_name, state):
tree = copy.deepcopy(tree_)
tree.xpath("//*[local-name() = 'active']")[0].text = \
utils.bool_to_str(state["active"])
e = tree.find(utils.ns_escape(number_field_name))
if e is None:
e = tree.getroot().makeelement(number_field_name)
tree.getroot().insert(1, e)
e.text = state["number"]
if not state["number"]:
# Xsi server requires this twisted way of defining an
# empty string value
e.attrib["{http://www.w3.org/2001/XMLSchema-instance}nil"] = "true"
if "ringSplash" in state:
tree.xpath("//*[local-name() = 'ringSplash']")[0].text = \
utils.bool_to_str(state["ringSplash"])
return tree
def run(ctx):
ctx.assert_scenario_ran('fuel')
votes = create_votes_array(
ctx.token_amounts,
not ctx.args.proposal_fail,
False
)
yay, nay = count_token_votes(ctx.token_amounts, votes)
ctx.create_js_file(substitutions={
"dao_abi": ctx.dao_abi,
"dao_address": ctx.dao_address,
"offer_abi": ctx.offer_abi,
"offer_address": ctx.offer_address,
"offer_amount": ctx.args.deploy_total_costs,
"offer_desc": 'Test Proposal',
"proposal_deposit": ctx.args.proposal_deposit,
"transaction_bytecode": '0x2ca15122', # solc --hashes SampleOffer.sol
"debating_period": ctx.args.proposal_debate_seconds,
"votes": arr_str(votes),
"should_halve_minquorum": bool_to_str(ctx.args.proposal_halveminquorum)
})
print(
"Notice: Debate period is {} seconds so the test will wait "
"as much".format(ctx.args.proposal_debate_seconds)
)
ctx.execute(expected={
"dao_proposals_number": "1",
"proposal_yay": yay,
"proposal_nay": nay,
"calculated_deposit": ctx.args.proposal_deposit,
"onetime_costs": ctx.args.deploy_onetime_costs,
"deposit_returned": True,
"offer_promise_valid": True
})
def run(ctx):
deploy_contract(
ctx,
substitutions={
"creator_abi": ctx.creator_abi,
"creator_bin": ctx.creator_bin
},
name='deploy_dao_creator',
result='dao_creator_address'
)
deploy_contract(
ctx,
substitutions={
"dao_abi": ctx.dao_abi,
"dao_bin": ctx.dao_bin,
"dao_creator_address": ctx.dao_creator_address,
"min_tokens_to_create": ctx.args.deploy_min_tokens_to_create,
"default_proposal_deposit": ctx.args.deploy_proposal_deposit,
"using_old_dao": bool_to_str(ctx.args.dao_version != "master")
},
name='deploy_dao',
result='dao_address',
cb=calculate_closing_time
)
deploy_contract(
ctx,
substitutions={
"dao_address": ctx.dao_address,
"offer_abi": ctx.offer_abi,
"offer_bin": ctx.offer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_offer',
result='offer_address'
)
deploy_contract(
ctx,
substitutions={
"dao_address": ctx.dao_address,
"pfoffer_abi": ctx.pfoffer_abi,
"pfoffer_bin": ctx.pfoffer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_pfoffer',
result='pfoffer_address'
)
deploy_contract(
ctx,
substitutions={
"offer_address": ctx.offer_address,
"usn_abi": ctx.usn_abi,
"usn_bin": ctx.usn_bin
},
name='deploy_usn',
result='usn_address'
)
print("DAO Creator address is: {}".format(ctx.dao_creator_address))
print("DAO address is: {}".format(ctx.dao_address))
print("SampleOffer address is: {}".format(ctx.offer_address))
print("PFOffer address is: {}".format(ctx.pfoffer_address))
print("USNRewardPayOut address is: {}".format(ctx.usn_address))
with open(ctx.save_file, "w") as f:
f.write(json.dumps({
"dao_creator_address": ctx.dao_creator_address,
"dao_address": ctx.dao_address,
"offer_address": ctx.offer_address,
"pfoffer_address": ctx.pfoffer_address,
"usn_address": ctx.usn_address,
"closing_time": ctx.closing_time
}))
# after deployment recalculate for the subsequent tests what the min
# amount of tokens is in the case of extrabalance tests
if ctx.scenario_uses_extrabalance():
ctx.args.deploy_min_tokens_to_create = (
int(ctx.args.deploy_min_tokens_to_create * 1.5)
)
def run(ctx):
deploy_contract(ctx,
substitutions={
"creator_abi": ctx.creator_abi,
"creator_bin": ctx.creator_bin
},
name='deploy_dao_creator',
result='dao_creator_address')
deploy_contract(ctx,
substitutions={
"dao_abi":
ctx.dao_abi,
"dao_bin":
ctx.dao_bin,
"dao_creator_address":
ctx.dao_creator_address,
"min_tokens_to_create":
ctx.args.deploy_min_tokens_to_create,
"default_proposal_deposit":
ctx.args.deploy_proposal_deposit,
"using_old_dao":
bool_to_str(ctx.args.dao_version != "master")
},
name='deploy_dao',
result='dao_address',
cb=calculate_closing_time)
deploy_contract(ctx,
substitutions={
"dao_address": ctx.dao_address,
"offer_abi": ctx.offer_abi,
"offer_bin": ctx.offer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_offer',
result='offer_address')
deploy_contract(ctx,
substitutions={
"dao_address": ctx.dao_address,
"pfoffer_abi": ctx.pfoffer_abi,
"pfoffer_bin": ctx.pfoffer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_pfoffer',
result='pfoffer_address')
deploy_contract(ctx,
substitutions={
"offer_address": ctx.offer_address,
"usn_abi": ctx.usn_abi,
"usn_bin": ctx.usn_bin
},
name='deploy_usn',
result='usn_address')
print("DAO Creator address is: {}".format(ctx.dao_creator_address))
print("DAO address is: {}".format(ctx.dao_address))
print("SampleOffer address is: {}".format(ctx.offer_address))
print("PFOffer address is: {}".format(ctx.pfoffer_address))
print("USNRewardPayOut address is: {}".format(ctx.usn_address))
with open(ctx.save_file, "w") as f:
f.write(
json.dumps({
"dao_creator_address": ctx.dao_creator_address,
"dao_address": ctx.dao_address,
"offer_address": ctx.offer_address,
"pfoffer_address": ctx.pfoffer_address,
"usn_address": ctx.usn_address,
"closing_time": ctx.closing_time
}))
# after deployment recalculate for the subsequent tests what the min
# amount of tokens is in the case of extrabalance tests
if ctx.scenario_uses_extrabalance():
ctx.args.deploy_min_tokens_to_create = (int(
ctx.args.deploy_min_tokens_to_create * 1.5))
def run(ctx):
json_dict = {}
deploy_contract(
ctx,
substitutions={
"creator_abi": ctx.creator_abi,
"creator_bin": ctx.creator_bin
},
name='deploy_dao_creator',
result='dao_creator_address',
json_dict=json_dict
)
deploy_contract(
ctx,
substitutions={
"dao_abi": ctx.dao_abi,
"dao_bin": ctx.dao_bin,
"dao_creator_address": ctx.dao_creator_address,
"min_tokens_to_create": ctx.args.deploy_min_tokens_to_create,
"default_proposal_deposit": ctx.args.deploy_proposal_deposit,
"using_old_dao": bool_to_str(ctx.args.dao_version != "master")
},
name='deploy_dao',
result='dao_address',
json_dict=json_dict,
cb=calculate_closing_time
)
deploy_contract(
ctx,
substitutions={
"dao_address": ctx.dao_address,
"offer_abi": ctx.offer_abi,
"offer_bin": ctx.offer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_offer',
result='offer_address',
json_dict=json_dict
)
if ctx.scenario_uses_pfoffer():
deploy_contract(
ctx,
substitutions={
"dao_address": ctx.dao_address,
"pfoffer_abi": ctx.pfoffer_abi,
"pfoffer_bin": ctx.pfoffer_bin,
"offer_onetime": ctx.args.deploy_onetime_costs,
"offer_total": ctx.args.deploy_total_costs,
},
name='deploy_pfoffer',
result='pfoffer_address',
json_dict=json_dict
)
deploy_contract(
ctx,
substitutions={
"offer_address": ctx.offer_address,
"usn_abi": ctx.usn_abi,
"usn_bin": ctx.usn_bin
},
name='deploy_usn',
result='usn_address',
json_dict=json_dict
)
if ctx.scenario_uses_dthpool():
deploy_contract(
ctx,
substitutions={
"dao_address": ctx.dao_address,
"dthpool_abi": ctx.dthpool_abi,
"dthpool_bin": ctx.dthpool_bin
},
name='deploy_dthpool',
result='dthpool_address',
json_dict=json_dict
)
with open(ctx.save_file, "w") as f:
f.write(json.dumps(json_dict))
# after deployment recalculate for the subsequent tests what the min
# amount of tokens is in the case of extrabalance tests
if ctx.scenario_uses_extrabalance():
ctx.args.deploy_min_tokens_to_create = (
int(ctx.args.deploy_min_tokens_to_create * 1.5)
)