def process_event(self, event):
if isinstance(event, MouseEvent):
return None
if event.key_code is 4:
# drop to debug console
debug(); pdb.set_trace()
print("end_debug();; continue will get you back to the app")
return super(SLFrame, self).process_event(event)
def open(cls):
#pdb.set_trace()
try:
cls.transport = get_transport(None, prefix_search=False)
except StopIteration as e:
debug()
pdb.set_trace()
init_msg = proto.Initialize()
if cls.state is not None:
init_msg.state = cls.state
try:
cls.features = cls.call_raw(init_msg)
logging.info("call_raw transport.write(msg): %s", init_msg)
except (TransportException, USBErrorBusy):
raise OpenCredstickError("Error opening Trezor")
def lock(self):
debug()
pdb.set_trace()
self.lock_eth(self.cup_id, 0.05)
def process_event(self, event):
#ord('C')
if type(event) != KeyboardEvent:
return event
# if event.key_code == -1: # esc. for some reason esc has lag.
# Q, q for quit
if event.key_code in [113, 81]:
self._scene.add_effect(QuitDialog(self._screen))
# S, s for send
elif event.key_code in [115, 83]:
if self._interface.node.eth_balance is None:
self._scene.add_effect(
MessageDialog(self._screen, "Cannot Send without Ether", 3,
35))
return
self._scene.add_effect(SendBox(self._screen, self._interface))
## Tokens
# Uniswap
elif event.key_code in [ord('U'), ord('u')]:
if self._interface.node.erc20_balances is None:
self._scene.add_effect(
MessageDialog(self._screen, "Need ERC20 balance data.", 3,
35))
return
TokenUniswapper(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
# T, t for tokens
elif event.key_code in [ord('a'), ord('A')]:
TokenAdder(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
# T, t for tokens
elif event.key_code in [ord('R'), ord('r')]:
TokenRemover(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
elif event.key_code in [ord('B')]:
debug()
pdb.set_trace()
# C, c for copy
elif event.key_code in [67, 99]:
pyperclip.copy(self._interface.credstick.addressStr())
self._scene.add_effect(
MessageDialog(self._screen, "Address copied to clipboard", 3,
35))
# E, e for ens
#elif event.key_code in [ord('e'), ord('E')]:
# SLNetworkDapp(
# self._screen,
# self._scene,
# self._interface.node,
# self._interface.config,
# 'ens.shadowlands'
# )
# N, n for network
elif event.key_code in [78, 110]:
#self._scene.add_effect(NetworkOptions(self._screen, self._interface))
NetworkConnection(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
# D, d for Deploy
elif event.key_code in [ord('D'), ord('d')]:
DappBrowser(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
elif event.key_code is 18:
# super top secret shadowlands release management dapp. (ctrl-r)
ReleaseVersion(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
elif event.key_code in [104, 72]:
# Test to see if we're able to derive before launching this..
HDAddressPicker(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher)
elif event.key_code in [
ord('0'), ord('1'),
ord('2'), ord('3'),
ord('4')
]:
'''
TODO allow ctrl-0 through ctrl-4, and pass through
these chars on SLDapp API frames, so that txs can
be inspected even when using 3rd party dapps.
'''
TxInspector(self._screen, self._scene, self._interface.node,
self._interface.config,
self._interface._block_callback_watcher,
int(chr(event.key_code)))
else:
return None
def approve(self, target, amount):
debug()
pdb.set_trace()
fn = self.functions.approve(solf.to_sol_addr(target), int(amount))
def allowance(self, src, target):
debug()
pdb.set_trace()
response = self.functions.allowance(self.to_sol_addr(src),
self.to_sol_addr(target)).call()
return response