def test_configure(self):
client = in3.Client('goerli')
self.assertIsInstance(client, in3.Client)
client = in3.Client('goErli')
self.assertIsInstance(client, in3.Client)
client = in3.Client('goerli', in3.model.ClientConfig())
self.assertIsInstance(client, in3.Client)
def test_configure(self):
client = in3.Client('kovan')
self.assertIsInstance(client, in3.Client)
client = in3.Client('koVan')
self.assertIsInstance(client, in3.Client)
client = in3.Client('kovan', in3.model.ClientConfig())
self.assertIsInstance(client, in3.Client)
def test_configure(self):
client = in3.Client()
self.assertIsInstance(client, in3.Client)
client = in3.Client('mainnet')
self.assertIsInstance(client, in3.Client)
client = in3.Client('mainNet')
self.assertIsInstance(client, in3.Client)
client = in3.Client(in3_config=in3.model.ClientConfig())
self.assertIsInstance(client, in3.Client)
def setUp(self):
# self.client = in3.Client('goerli', in3_config=mainchain_mock_config)
self.client = in3.Client('goerli',
in3_config=mainchain_mock_config,
cache_enabled=False,
transport=mock_transport,
test_instance=True)
def test_send_transact_without_key(self):
main = ContractActivities(in3.Client("goerli"))
main.setVisible(True)
self.assertEqual(main.convict_modal.isVisible(), False)
self.assertEqual(main.no_key_error_label.isHidden(), True)
main.people_buttons[1].click()
self.assertEqual(main.convict_modal.isHidden(), True)
self.assertEqual(main.no_key_error_label.isHidden(), False)
def test_send_admin_transact_with_nonadmin_key(self):
main = ContractActivities(in3.Client("goerli"))
main.setVisible(True)
main.p_key = "bae4f8f1b2778d75625157b108d4de1a469ad330f88c6d699703d2b309dd7744"
self.assertEqual(main.remove_node_modal.isVisible(), False)
self.assertEqual(main.no_key_error_label.isHidden(), True)
main.admin_buttons[0].click()
self.assertEqual(main.remove_node_modal.isHidden(), True)
self.assertEqual(main.no_key_error_label.isHidden(), False)
def test_correct_account_addition(self):
main = ContractActivities(in3.Client("goerli"))
cont = ContractModal(main)
self.assertEqual(cont.isVisible(), False)
cont.setVisible(True)
cont.new_addr_line.setText("0xFB55cC4bE5496629169219FeeEFDF98d423AFf8B")
cont.modal_add.click()
# self.assertEqual(acc.isHidden(), True)
self.assertEqual(cont.modal_error_label.isVisible(), False)
self.assertEqual(cont.new_addr_line.text(), "")
def test_wrong_contract_addition(self):
main = ContractActivities(in3.Client("goerli"))
cont = ContractModal(main)
self.assertEqual(cont.isVisible(), False)
cont.setVisible(True)
cont.new_addr_line.setText("Hello darkness")
cont.modal_add.click()
# self.assertEqual(acc.isHidden(), True)
self.assertEqual(cont.modal_error_label.isVisible(), True)
self.assertEqual(cont.new_addr_line.text(), "")
def test_instantiate(self):
with self.assertRaises(AssertionError):
in3.Client(None)
with self.assertRaises(AssertionError):
in3.Client(1)
with self.assertRaises(AssertionError):
in3.Client(-1)
with self.assertRaises(AssertionError):
in3.Client('œ∑´´†√¨')
with self.assertRaises(AssertionError):
in3.Client('!@# asd')
with self.assertRaises(AssertionError):
in3.Client({1: 1})
with self.assertRaises(AssertionError):
in3.Client((1))
with self.assertRaises(AssertionError):
in3.Client([1])
def test_configure(self):
with self.assertRaises(AssertionError):
in3.Client(in3_config=1)
with self.assertRaises(AssertionError):
in3.Client(in3_config=-1)
with self.assertRaises(AssertionError):
in3.Client(in3_config='œ∑´´†√¨')
with self.assertRaises(AssertionError):
in3.Client(in3_config={1: 1})
with self.assertRaises(AssertionError):
in3.Client(in3_config=(1))
with self.assertRaises(AssertionError):
in3.Client(in3_config=[1])
def __init__(self, network="goerli"):
QWidget.__init__(self)
# check if the app is connected to the network
self.client = in3.Client(network)
try:
check = self.client.eth.block_number()
except ClientException:
print("Unable to connect to the" + network)
return
self.p_key = ""
self.server_listing_box = ServerListing(self.client)
self.buttons_listing_box = ContractActivities(self.client)
self.server_listing_box.setMinimumWidth(800)
# Private key setup button creation(assigned to the top right corner)
self.top = QWidget()
self.account_layout = QVBoxLayout()
self.settings_button = QToolButton()
self.settings_button.setIcon(QIcon("./resources/account.png"))
self.account_layout.addWidget(self.settings_button)
self.account_layout.setAlignment(Qt.AlignRight)
self.top.setLayout(self.account_layout)
# Main layout, with all of the functionality on it
self.main_layout = QFormLayout()
self.main_layout.addRow(QLabel("Network: " + network), self.top)
self.main_layout.addRow(self.server_listing_box,
self.buttons_listing_box)
self.setLayout(self.main_layout)
# Connecting the signal
self.settings_button.clicked.connect(self.account_click)
# Modal window to set up user's account
self.add_account_modal = AccountModal(self)
import in3
def _print():
print('\nAddress for {} @ {}: {}'.format(domain, chain, address))
print('Owner for {} @ {}: {}'.format(domain, chain, owner))
# Find ENS for the desired chain or the address of your own ENS resolver. https://docs.ens.domains/ens-deployments
domain = 'depraz.eth'
print('\nEthereum Name Service')
# Instantiate In3 Client for Goerli
chain = 'goerli'
client = in3.Client(chain)
address = client.ens_address(domain)
# Instantiate In3 Client for Mainnet
chain = 'mainnet'
client = in3.Client(chain)
address = client.ens_address(domain)
owner = client.ens_owner(domain)
_print()
# Instantiate In3 Client for Kovan
chain = 'kovan'
client = in3.Client(chain)
try:
address = client.ens_address(domain)
owner = client.ens_owner(domain)
"""
Resolves ENS domains to Ethereum addresses
ENS is a smart-contract system that registers and resolves `.eth` domains.
"""
import in3
# Find ENS for the desired chain or the address of your own ENS resolver. https://docs.ens.domains/ens-deployments
# Instantiate In3 Client for the Ethereum main net disabling cache to get the freshest address.
client = in3.Client(cache_enabled=False)
domain = 'depraz.eth'
if __name__ == '__main__':
try:
print('\nEthereum Name Service')
address = client.ens_address(domain)
owner = client.ens_owner(domain)
print('\nAddress for {} @ {}: {}'.format(domain, 'mainnet', address))
print('Owner for {} @ {}: {}'.format(domain, 'mainnet', owner))
except in3.ClientException as e:
print('Network might be unstable, try again later.\n Reason: ', str(e))
# Produces
"""
Ethereum Name Service
Address for depraz.eth @ mainnet: 0x0b56ae81586d2728ceaf7c00a6020c5d63f02308
Owner for depraz.eth @ mainnet: 0x6fa33809667a99a805b610c49ee2042863b1bb83
"""
def setUp(self):
# self.client = in3.Client('goerli', in3_config=mock_config)
self.client = in3.Client('goerli', in3_config=mock_config, transport=mock_transport)
def setUp(self):
# self.client = in3.Client(in3_config=mainchain_mock_config)
self.client = in3.Client(in3_config=mainchain_mock_config,
cache_enabled=False,
transport=mock_transport)
"""
Connects to Ethereum and fetches attested information from each chain.
"""
import in3
if __name__ == '__main__':
client = in3.Client()
try:
print('\nEthereum Main Network')
latest_block = client.eth.block_number()
gas_price = client.eth.gas_price()
print('Latest BN: {}\nGas Price: {} Wei'.format(
latest_block, gas_price))
except in3.ClientException as e:
print('Network might be unstable, try again later.\n Reason: ', str(e))
goerli_client = in3.Client('goerli')
try:
print('\nEthereum Goerli Test Network')
latest_block = goerli_client.eth.block_number()
gas_price = goerli_client.eth.gas_price()
print('Latest BN: {}\nGas Price: {} Wei'.format(
latest_block, gas_price))
except in3.ClientException as e:
print('Network might be unstable, try again later.\n Reason: ', str(e))
# Produces
"""
Ethereum Main Network
Latest BN: 9801135
sg.theme('DarkAmber') # Add a touch of color
# All the stuff inside your window.
layout = [[sg.Button("Mainnet")], [sg.Button("Kovan")], [sg.Button("Goerli")],
[sg.Button("EWC")], [sg.Button("Exit")]]
# Create the Window
window = sg.Window('Fetch Ethereum Data', layout)
# Event Loop to process "events" and get the "values" of the inputs
while True:
event, values = window.read()
if event == sg.WIN_CLOSED or event == 'Cancel': # if user closes window or clicks cancel
break
elif event == "Mainnet":
# on every event, the client is instantiated differently and the list of client nodes are refreshedgt
client = in3.Client("Mainnet")
node_list = client.refresh_node_list()
sg.Print('\nIncubed Registry:')
sg.Print('\ttotal servers:{}'.format(node_list.totalServers))
sg.Print('\tlast updated in block:{}'.format(
node_list.lastBlockNumber))
sg.Print('\tregistry ID:{}'.format(node_list.registryId))
sg.Print('\tcontract address:{}'.format(node_list.contract))
sg.Print('\nNodes Registered:\n')
for node in node_list.nodes:
sg.Print('\turl:{}'.format(node.url))
sg.Print('\tdeposit:', node.deposit)
sg.Print('\tweight:', node.weight)
sg.Print('\tregistered in block:', node.registerTime)
sg.Print('\n')
import in3
import time
conf = in3.Config()
conf.chainId = str(in3.Chain.KOVAN)
eth = in3.Client(in3_config=conf).eth
filter = eth.new_block_filter()
count = 0
while (count < 10):
changes = eth.get_filter_changes(filter)
time.sleep(10)
print(changes)
count += 1
print(">>>")
def setUp(self):
self.client = in3.Client(in3_config=mainchain_mock_config,
transport=mock_transport,
test_instance=True)
def setUp(self):
self.client = in3.Client()
"""
import json
import in3
import time
# On Metamask, be sure to be connected to the correct chain, click on the `...` icon on the right corner of
# your Account name, select `Account Details`. There, click `Export Private Key`, copy the value to use as secret.
# By reading the terminal input, this value will stay in memory only. Don't forget to cls or clear terminal after ;)
sender_secret = input("Sender secret: ")
receiver = input("Receiver address: ")
# 1000000000000000000 == 1 ETH
# 1000000000 == 1 Gwei Check https://etherscan.io/gasTracker.
value_in_wei = 1463926659
# None for Eth mainnet
chain = 'goerli'
client = in3.Client(chain if chain else 'mainnet')
# A transaction is only final if a certain number of blocks are mined on top of it.
# This number varies with the chain's consensus algorithm. Time can be calculated over using:
# wait_time = blocks_for_consensus * avg_block_time_in_secs
# For mainnet and paying low gas, it might take 10 minutes.
confirmation_wait_time_in_seconds = 30
etherscan_link_mask = 'https://{}{}etherscan.io/tx/{}'
print('-= Ethereum Transaction using Incubed =- \n')
try:
sender = client.eth.account.recover(sender_secret)
tx = in3.eth.NewTransaction(to=receiver, value=value_in_wei)
print('[.] Sending {} Wei from {} to {}. Please wait.\n'.format(
tx.value, sender.address, tx.to))
tx_hash = client.eth.account.send_transaction(sender, tx)
print('[.] Transaction accepted with hash {}.'.format(tx_hash))
"""
Manually calling the ENS smart-contract
"""
import in3
client = in3.Client('goerli')
if __name__ == '__main__':
try:
print('-= Smart-Contract Call on Ethereum using Incubed =- \n')
domain_name = client.ens_namehash('depraz.eth')
ens_registry_addr = '0x00000000000c2e074ec69a0dfb2997ba6c7d2e1e'
ens_resolver_abi = 'resolver(bytes32):address'
# Find resolver contract for ens name
resolver_tx = {
"to": ens_registry_addr,
"data": client.eth.contract.encode(ens_resolver_abi, domain_name)
}
tx = in3.eth.NewTransaction(**resolver_tx)
except in3.ClientException as e:
print('Something went wrong converting data.\n Reason: ', str(e))
try:
# Make the smart contract call
print('Calling the ENS registry contract.')
encoded_resolver_addr = client.eth.contract.call(tx)
resolver_address = client.eth.contract.decode(ens_resolver_abi,
encoded_resolver_addr)
except in3.ClientException as e:
"""
Connects to Ethereum and fetches attested information from each chain.
"""
import in3
print('\nEthereum Main Network')
client = in3.Client()
latest_block = client.eth.block_number()
gas_price = client.eth.gas_price()
print('Latest BN: {}\nGas Price: {} Wei'.format(latest_block, gas_price))
print('\nEthereum Kovan Test Network')
client = in3.Client('kovan')
latest_block = client.eth.block_number()
gas_price = client.eth.gas_price()
print('Latest BN: {}\nGas Price: {} Wei'.format(latest_block, gas_price))
print('\nEthereum Goerli Test Network')
client = in3.Client('goerli')
latest_block = client.eth.block_number()
gas_price = client.eth.gas_price()
print('Latest BN: {}\nGas Price: {} Wei'.format(latest_block, gas_price))
# Produces
"""
Ethereum Main Network
Latest BN: 9801135
Gas Price: 2000000000 Wei
Ethereum Kovan Test Network
Latest BN: 17713464
def setUp(self):
conf = in3.Config()
conf.chainId = str(in3.Chain.KOVAN)
self.in3_client = in3.Client(in3_config=conf)
sg.InputText()], [sg.Submit(), sg.Cancel()]]
window = sg.Window('Resolve ENS to an Ethereum Address', layout)
while True: # The Event Loop
event, values = window.read()
def _print():
sg.Print('\nAddress for {} @ {}: {}'.format(domain, chain, address))
sg.Print('Owner for {} @ {}: {}'.format(domain, chain, owner))
domain = str(values[0])
# Instantiate In3 Client for Goerli
chain = 'goerli'
client = in3.Client(chain, cache_enabled=False)
address = client.ens_address(domain)
owner = client.ens_owner(domain)
_print()
# Instantiate In3 Client for Mainnet
chain = 'mainnet'
client = in3.Client(chain, cache_enabled=False)
address = client.ens_address(domain)
owner = client.ens_owner(domain)
_print()
# Instantiate In3 Client for Kovan
chain = 'kovan'
client = in3.Client(chain, cache_enabled=True)
try:
