async def ask_transfer_mosaic(
ctx: Context, common: NEMTransactionCommon, transfer: NEMTransfer, mosaic: NEMMosaic
) -> None:
if is_nem_xem_mosaic(mosaic):
return
definition = get_mosaic_definition(mosaic.namespace, mosaic.mosaic, common.network)
mosaic_quantity = mosaic.quantity * transfer.amount // NEM_MOSAIC_AMOUNT_DIVISOR
if definition:
await confirm_properties(
ctx,
"confirm_mosaic",
title="Confirm mosaic",
props=[
(
"Confirm transfer of",
format_amount(mosaic_quantity, definition.divisibility)
+ definition.ticker,
),
("of", definition.name),
],
)
if definition.levy is not None:
levy_fee = _get_levy_fee(definition.levy, mosaic_quantity)
levy_msg = (
format_amount(levy_fee, definition.divisibility) + definition.ticker
)
await confirm_properties(
ctx,
"confirm_mosaic_levy",
title="Confirm mosaic",
props=[
("Confirm mosaic\nlevy fee of", levy_msg),
],
)
else:
await confirm_action(
ctx,
"confirm_mosaic_unknown",
title="Confirm mosaic",
action="Unknown mosaic!",
description="Divisibility and levy cannot be shown for unknown mosaics",
icon=ui.ICON_SEND,
icon_color=ui.RED,
br_code=ButtonRequestType.ConfirmOutput,
)
await confirm_properties(
ctx,
"confirm_mosaic_transfer",
title="Confirm mosaic",
props=[
("Confirm transfer of", f"{mosaic_quantity} raw units"),
("of", f"{mosaic.namespace}.{mosaic.mosaic}"),
],
)
async def authorize_coinjoin(ctx: wire.Context, msg: AuthorizeCoinJoin) -> Success:
# We cannot use the @with_keychain decorator here, because we need the keychain
# to survive the function exit. The ownership of the keychain is transferred to
# the CoinJoinAuthorization object, which takes care of its destruction.
keychain, coin = await get_keychain_for_coin(ctx, msg.coin_name)
try:
if len(msg.coordinator) > _MAX_COORDINATOR_LEN or not all(
32 <= ord(x) <= 126 for x in msg.coordinator
):
raise wire.DataError("Invalid coordinator name.")
if not msg.address_n:
raise wire.DataError("Empty path not allowed.")
await validate_path(
ctx,
addresses.validate_full_path,
keychain,
msg.address_n + [0] * BIP32_WALLET_DEPTH,
coin.curve_name,
coin=coin,
script_type=msg.script_type,
)
text = Text("Authorize CoinJoin", ui.ICON_RECOVERY)
text.normal("Do you really want to")
text.normal("take part in a CoinJoin")
text.normal("transaction at:")
text.mono(msg.coordinator)
await require_confirm(ctx, text)
text = Text("Authorize CoinJoin", ui.ICON_RECOVERY)
if msg.fee_per_anonymity is not None:
text.normal("Fee per anonymity set:")
text.bold(
"{} %".format(
format_amount(msg.fee_per_anonymity, FEE_PER_ANONYMITY_DECIMALS)
)
)
text.normal("Maximum total fees:")
text.bold(
"{} {}".format(
format_amount(msg.max_total_fee, coin.decimals), coin.coin_shortcut
)
)
await require_hold_to_confirm(ctx, text)
set_authorization(CoinJoinAuthorization(msg, keychain, coin))
except BaseException:
keychain.__del__()
raise
return Success(message="CoinJoin authorized")
async def require_confirm_tx(ctx, to, value):
text = Text("Confirm sending", ui.ICON_SEND, ui.GREEN)
text.bold(format_amount(value, helpers.DECIMALS) + " XRP")
text.normal("to")
text.mono(*split_address(to))
return await require_hold_to_confirm(ctx, text, ButtonRequestType.SignTx)
async def require_confirm_final(ctx, fee: int):
text = Text("Final confirm", ui.ICON_SEND, ui.GREEN)
text.normal("Sign this transaction")
text.bold("and pay %s XEM" % format_amount(fee, NEM_MAX_DIVISIBILITY))
text.normal("for network fee?")
# we use SignTx, not ConfirmOutput, for compatibility with T1
await require_hold_to_confirm(ctx, text, ButtonRequestType.SignTx)
async def authorize_coinjoin(ctx: wire.Context, msg: AuthorizeCoinJoin,
keychain: Keychain, coin: CoinInfo) -> Success:
if len(msg.coordinator) > _MAX_COORDINATOR_LEN or not all(
32 <= ord(x) <= 126 for x in msg.coordinator):
raise wire.DataError("Invalid coordinator name.")
if msg.max_rounds > _MAX_ROUNDS and safety_checks.is_strict():
raise wire.DataError("The number of rounds is unexpectedly large.")
if (msg.max_coordinator_fee_rate > _MAX_COORDINATOR_FEE_RATE
and safety_checks.is_strict()):
raise wire.DataError(
"The coordination fee rate is unexpectedly large.")
if msg.max_fee_per_kvbyte > 10 * coin.maxfee_kb and safety_checks.is_strict(
):
raise wire.DataError("The fee per vbyte is unexpectedly large.")
if not msg.address_n:
raise wire.DataError("Empty path not allowed.")
await confirm_action(
ctx,
"coinjoin_coordinator",
title="Authorize CoinJoin",
description=
"Do you really want to take part in a CoinJoin transaction at:\n{}",
description_param=msg.coordinator,
description_param_font=ui.MONO,
icon=ui.ICON_RECOVERY,
)
max_fee_per_vbyte = format_amount(msg.max_fee_per_kvbyte, 3)
await confirm_coinjoin(ctx, coin.coin_name, msg.max_rounds,
max_fee_per_vbyte)
validation_path = msg.address_n + [0] * BIP32_WALLET_DEPTH
await validate_path(
ctx,
keychain,
validation_path,
validate_path_against_script_type(coin,
address_n=validation_path,
script_type=msg.script_type),
)
if msg.max_fee_per_kvbyte > coin.maxfee_kb:
await confirm_metadata(
ctx,
"fee_over_threshold",
"High mining fee",
"The mining fee of\n{} sats/vbyte\nis unexpectedly high.",
max_fee_per_vbyte,
ButtonRequestType.FeeOverThreshold,
)
authorization.set(msg)
return Success(message="CoinJoin authorized")
def make_input_output_pages(msg: BinanceInputOutput, direction):
for coin in msg.coins:
items.append((
direction,
format_amount(coin.amount, helpers.DECIMALS) + " " +
coin.denom,
msg.address,
))
async def require_confirm_fee(ctx, action: str, fee: int):
content = (
ui.NORMAL,
action,
ui.BOLD,
"%s XEM" % format_amount(fee, NEM_MAX_DIVISIBILITY),
)
await require_confirm_content(ctx, "Confirm fee", content)
def test_format_amount(self):
VECTORS = [
(123456, 3, "123.456"),
(4242, 7, "0.0004242"),
(-123456, 3, "-123.456"),
(-4242, 7, "-0.0004242"),
]
for v in VECTORS:
self.assertEqual(strings.format_amount(v[0], v[1]), v[2])
async def confirm_sending_token_hex(ctx: wire.Context, token: CardanoTokenType,
token_number: int) -> None:
page1 = Text("Confirm transaction", ui.ICON_SEND, ui.GREEN)
page1.bold("Asset #%s name (hex):" % (token_number))
page1.mono(hexlify(token.asset_name_bytes).decode())
page2 = Text("Confirm transaction", ui.ICON_SEND, ui.GREEN)
page2.normal("Amount sent:")
page2.bold(format_amount(token.amount, 0))
await require_confirm(ctx, Paginated([page1, page2]))
async def confirm_sending_token_ascii(ctx: wire.Context,
token: CardanoTokenType,
token_number: int) -> None:
page1 = Text("Confirm transaction", ui.ICON_SEND, ui.GREEN)
page1.normal("Asset #%s name (ASCII):" % (token_number))
page1.bold(token.asset_name_bytes.decode("ascii"))
page1.normal("Amount sent:")
page1.bold(format_amount(token.amount, 0))
await require_confirm(ctx, page1)
async def require_confirm_fee(ctx, fee):
await confirm_metadata(
ctx,
"confirm_fee",
title="Confirm fee",
content="Transaction fee:\n{}",
param=format_amount(fee, helpers.DECIMALS) + " XRP",
hide_continue=True,
br_code=ButtonRequestType.ConfirmOutput,
)
def _get_levy_msg(mosaic_definition, quantity: int, network: int) -> str:
levy_definition = get_mosaic_definition(
mosaic_definition["levy_namespace"], mosaic_definition["levy_mosaic"],
network)
if mosaic_definition["levy"] == NEMMosaicLevy.MosaicLevy_Absolute:
levy_fee = mosaic_definition["fee"]
else:
levy_fee = (quantity * mosaic_definition["fee"] //
NEM_LEVY_PERCENTILE_DIVISOR_ABSOLUTE)
return (format_amount(levy_fee, levy_definition["divisibility"]) +
levy_definition["ticker"])
async def authorize_coinjoin(ctx: wire.Context,
msg: AuthorizeCoinJoin) -> Success:
# We cannot use the @with_keychain decorator here, because we need the keychain
# to survive the function exit. The ownership of the keychain is transferred to
# the CoinJoinAuthorization object, which takes care of its destruction.
keychain, coin = await get_keychain_for_coin(ctx, msg.coin_name)
try:
if len(msg.coordinator) > _MAX_COORDINATOR_LEN or not all(
32 <= ord(x) <= 126 for x in msg.coordinator):
raise wire.DataError("Invalid coordinator name.")
if not msg.address_n:
raise wire.DataError("Empty path not allowed.")
validation_path = msg.address_n + [0] * BIP32_WALLET_DEPTH
await validate_path(
ctx,
keychain,
validation_path,
validate_path_against_script_type(coin,
address_n=validation_path,
script_type=msg.script_type),
)
await confirm_action(
ctx,
"coinjoin_coordinator",
title="Authorize CoinJoin",
description=
"Do you really want to take part in a CoinJoin transaction at:\n{}",
description_param=msg.coordinator,
description_param_font=ui.MONO,
icon=ui.ICON_RECOVERY,
)
fee_per_anonymity = None
if msg.fee_per_anonymity is not None:
fee_per_anonymity = format_amount(msg.fee_per_anonymity,
FEE_PER_ANONYMITY_DECIMALS)
await confirm_coinjoin(
ctx,
fee_per_anonymity,
format_coin_amount(msg.max_total_fee, coin, msg.amount_unit),
)
set_authorization(CoinJoinAuthorization(msg, keychain, coin))
except BaseException:
keychain.__del__()
raise
return Success(message="CoinJoin authorized")
async def require_confirm_order(ctx: Context, msg: BinanceOrderMsg) -> None:
if msg.side == BinanceOrderSide.BUY:
side = "Buy"
elif msg.side == BinanceOrderSide.SELL:
side = "Sell"
else:
side = "Unknown"
await confirm_properties(
ctx,
"confirm_order",
title="Confirm order",
props=[
("Sender address:", str(msg.sender)),
("Pair:", str(msg.symbol)),
("Side:", side),
("Quantity:", format_amount(msg.quantity, helpers.DECIMALS)),
("Price:", format_amount(msg.price, helpers.DECIMALS)),
],
hold=True,
br_code=ButtonRequestType.SignTx,
)
async def require_confirm_order(ctx, msg: BinanceOrderMsg):
page1 = Text("Confirm order 1/3", ui.ICON_SEND, icon_color=ui.GREEN)
page1.normal("Sender address:")
page1.bold(msg.sender)
page2 = Text("Confirm order 2/3", ui.ICON_SEND, icon_color=ui.GREEN)
page2.normal("Pair:")
page2.bold(msg.symbol)
page2.normal("Side:")
if msg.side == BinanceOrderSide.BUY:
page2.bold("Buy")
elif msg.side == BinanceOrderSide.SELL:
page2.bold("Sell")
page3 = Text("Confirm order 3/3", ui.ICON_SEND, icon_color=ui.GREEN)
page3.normal("Quantity:")
page3.bold(format_amount(msg.quantity, helpers.DECIMALS))
page3.normal("Price:")
page3.bold(format_amount(msg.price, helpers.DECIMALS))
return await require_hold_to_confirm(ctx, Paginated([page1, page2, page3]),
ButtonRequestType.SignTx)
def make_input_output_pages(msg: BinanceInputOutput, direction):
pages = []
for coin in msg.coins:
coin_page = Text("Confirm " + direction,
ui.ICON_SEND,
icon_color=ui.GREEN)
coin_page.bold(
format_amount(coin.amount, helpers.DECIMALS) + " " +
coin.denom)
coin_page.normal("to")
coin_page.mono(*split_address(msg.address))
pages.append(coin_page)
return pages
def parse(data: bytes) -> bool:
if not is_valid(data):
return None
tx_version, tx_type = unpack(">HH", data[4:8])
if tx_version == 0 and tx_type == 0 and len(data) == 20: # OMNI simple send
currency, amount = unpack(">IQ", data[8:20])
suffix, divisible = currencies.get(currency, ("UNKN", False))
return "Simple send of %s %s" % (
format_amount(amount, 8 if divisible else 0),
suffix,
)
else:
# unknown OMNI transaction
return "Unknown transaction"
def format_coin_amount(amount: int, coin: CoinInfo,
amount_unit: EnumTypeAmountUnit) -> str:
decimals, shortcut = coin.decimals, coin.coin_shortcut
if amount_unit == AmountUnit.SATOSHI:
decimals = 0
shortcut = "sat " + shortcut
elif amount_unit == AmountUnit.MICROBITCOIN and decimals >= 6:
decimals -= 6
shortcut = "u" + shortcut
elif amount_unit == AmountUnit.MILLIBITCOIN and decimals >= 3:
decimals -= 3
shortcut = "m" + shortcut
# we don't need to do anything for AmountUnit.BITCOIN
return "%s %s" % (format_amount(amount, decimals), shortcut)
async def confirm_sending_token_bundle(
ctx: wire.Context, token_bundle: list[CardanoAssetGroupType]) -> None:
for token_group in token_bundle:
for token in token_group.tokens:
page1 = Text("Confirm transaction", ui.ICON_SEND, ui.GREEN)
page1.normal("Asset fingerprint:")
page1.bold(
format_asset_fingerprint(
policy_id=token_group.policy_id,
asset_name_bytes=token.asset_name_bytes,
))
page2 = Text("Confirm transaction", ui.ICON_SEND, ui.GREEN)
page2.normal("Amount sent:")
page2.bold(format_amount(token.amount, 0))
await require_confirm(ctx, Paginated([page1, page2]))
def format_ethereum_amount(value: int, token, chain_id: int, tx_type=None):
if token:
if token is tokens.UNKNOWN_TOKEN:
return "Unknown token value"
suffix = token[2]
decimals = token[3]
else:
suffix = networks.shortcut_by_chain_id(chain_id, tx_type)
decimals = 18
# Don't want to display wei values for tokens with small decimal numbers
if decimals > 9 and value < 10**(decimals - 9):
suffix = "Wei " + suffix
decimals = 0
return "%s %s" % (format_amount(value, decimals), suffix)
async def authorize_coinjoin(ctx: wire.Context, msg: AuthorizeCoinJoin,
keychain: Keychain, coin: CoinInfo) -> Success:
if len(msg.coordinator) > _MAX_COORDINATOR_LEN or not all(
32 <= ord(x) <= 126 for x in msg.coordinator):
raise wire.DataError("Invalid coordinator name.")
if not msg.address_n:
raise wire.DataError("Empty path not allowed.")
validation_path = msg.address_n + [0] * BIP32_WALLET_DEPTH
await validate_path(
ctx,
keychain,
validation_path,
validate_path_against_script_type(coin,
address_n=validation_path,
script_type=msg.script_type),
)
await confirm_action(
ctx,
"coinjoin_coordinator",
title="Authorize CoinJoin",
description=
"Do you really want to take part in a CoinJoin transaction at:\n{}",
description_param=msg.coordinator,
description_param_font=ui.MONO,
icon=ui.ICON_RECOVERY,
)
if msg.fee_per_anonymity:
fee_per_anonymity: str | None = format_amount(
msg.fee_per_anonymity, FEE_PER_ANONYMITY_DECIMALS)
else:
fee_per_anonymity = None
await confirm_coinjoin(
ctx,
fee_per_anonymity,
format_coin_amount(msg.max_total_fee, coin, msg.amount_unit),
)
authorization.set(msg)
return Success(message="CoinJoin authorized")
async def confirm_sending_token(ctx: wire.Context, policy_id: bytes,
token: CardanoToken) -> None:
assert token.amount is not None # _validate_token
await confirm_properties(
ctx,
"confirm_token",
title="Confirm transaction",
props=[
(
"Asset fingerprint:",
format_asset_fingerprint(
policy_id=policy_id,
asset_name_bytes=token.asset_name_bytes,
),
),
("Amount sent:", format_amount(token.amount, 0)),
],
br_code=ButtonRequestType.Other,
)
async def ask_transfer_mosaic(
ctx, common: NEMTransactionCommon, transfer: NEMTransfer, mosaic: NEMMosaic
):
if is_nem_xem_mosaic(mosaic.namespace, mosaic.mosaic):
return
definition = get_mosaic_definition(mosaic.namespace, mosaic.mosaic, common.network)
mosaic_quantity = mosaic.quantity * transfer.amount / NEM_MOSAIC_AMOUNT_DIVISOR
if definition:
msg = Text("Confirm mosaic", ui.ICON_SEND, ui.GREEN)
msg.normal("Confirm transfer of")
msg.bold(
format_amount(mosaic_quantity, definition["divisibility"])
+ definition["ticker"]
)
msg.normal("of")
msg.bold(definition["name"])
await require_confirm(ctx, msg, ButtonRequestType.ConfirmOutput)
if "levy" in definition and "fee" in definition:
levy_msg = _get_levy_msg(definition, mosaic_quantity, common.network)
msg = Text("Confirm mosaic", ui.ICON_SEND, ui.GREEN)
msg.normal("Confirm mosaic", "levy fee of")
msg.bold(levy_msg)
await require_confirm(ctx, msg, ButtonRequestType.ConfirmOutput)
else:
msg = Text("Confirm mosaic", ui.ICON_SEND, ui.RED)
msg.bold("Unknown mosaic!")
msg.normal("Divisibility and levy")
msg.normal("cannot be shown for")
msg.normal("unknown mosaics")
await require_confirm(ctx, msg, ButtonRequestType.ConfirmOutput)
msg = Text("Confirm mosaic", ui.ICON_SEND, ui.GREEN)
msg.normal("Confirm transfer of")
msg.bold("%s raw units" % mosaic_quantity)
msg.normal("of")
msg.bold("%s.%s" % (mosaic.namespace, mosaic.mosaic))
await require_confirm(ctx, msg, ButtonRequestType.ConfirmOutput)
def format_coin_amount(amount: int) -> str:
return "%s %s" % (format_amount(amount, 6), "ADA")
def format_coin_amount(amount: int, coin: coininfo.CoinInfo) -> str:
return "%s %s" % (format_amount(amount, coin.decimals), coin.coin_shortcut)
async def _require_confirm_transfer(ctx, recipient, value):
text = Text("Confirm transfer", ui.ICON_SEND, ui.GREEN)
text.bold("Send %s XEM" % format_amount(value, NEM_MAX_DIVISIBILITY))
text.normal("to")
text.mono(*split_address(recipient))
await require_confirm(ctx, text, ButtonRequestType.ConfirmOutput)
def format_amount(value):
return "%s XMR" % strings.format_amount(value, 12)
def format_amount(amount: int, ticker=True) -> str:
t = ""
if ticker:
t = " XLM"
return strings.format_amount(amount, consts.AMOUNT_DECIMALS) + t
def format_coin_amount(value):
return "%s LSK" % format_amount(value, 8)
def format_coin_amount(amount):
return "%s %s" % (format_amount(amount, 6), "ADA")
