- print the test name before each test
- start only needed agents (alice, bob, carol)
- set settle_delay using setconfig instead of restarting daemon
- test the watchtower ctn in test_watchtower
Note: the checksum was already being checked in practically all cases, by the caller.
Moved the check here, to the lower level (but still public) method for sanity.
note: tests needed changing due to behavioural change in wallet.get_receiving_address()
Previously wallet.get_receiving_address used wallet.db.get_addr_history,
now it (indirectly) uses wallet.get_address_history, which now also considers local txns.
note: low R grinding would not have to be duplicated if we trusted the caller
to have done it already (as is the case with the classes in ecc.py), and if
we propagated the choice of "random_k" as part of the nonce_function passed
to libsecp256k1 (which is not currently done)
- persisted states are saved
- state transitions are checked
- transient states are stored in channel.peer_state
- new channel states: 'PREOPENING', 'FUNDED' and 'REDEEMED'
- upgrade storage to version 21
- allow 'spend max' when opening a channel (fixes#5698)
- display amount minus fee when 'max' buttons are pressed
- estimate fee of channel funding using a template with dummy address
When "importing" a psbt, we accept witness utxos even for legacy inputs
(warning shown to user in gui).
When "exporting" a psbt, we follow the spec; except when exporting as a QR code,
in which case we include witness utxos for all inputs.
This makes QR codes for psbts with legacy inputs feasible, just like they
were before, with our custom tx serialization format (with the same risk,
of burning coins as miner fees).
- Move 'handle_error_code_from_failed_htlc' to channel_db,
and call it from pay_to_route, because it should not be
called when HTLCs are forwarded.
- Replace 'payment_received' and 'payment_status'
callbacks with 'invoice_status' and 'request_status'.
- Show payment error logs in the Qt GUI
- In the invoices list, show paid invoices for which
we still have the log.
The few other cases that used SimpleConfig.get_instance() now
either get passed a config instance, or they try to get a reference
to something else that has a reference to a config.
(see lnsweep, qt/qrcodewidget, qt/qrtextedit)
- use InvoiceInfo (NamedTuple) for normal operations,
because lndecode operations can be very slow.
- all invoices/requests are stored in wallet
- invoice expiration detection is performed in wallet
- CLI commands: list_invoices, add_request, add_lightning_request
- revert 0062c6d695 because it forbids self-payments
time taken to add points changes to around 35% of what it was with python-ecdsa
-----
# benchmark runs before:
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 3.7693 seconds
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 3.8123 seconds
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 3.7937 seconds
# benchmark runs after:
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 1.3127 seconds
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 1.3000 seconds
> python3.7-64 ..\wspace\201909_libsecp256k1_point_addition\bench.py
time taken: 1.3128 seconds
-----
# benchmark script:
import os
import time
from electrum.ecc import generator
from electrum.crypto import sha256
rand_bytes = os.urandom(32)
#rand_bytes = bytes.fromhex('d3d88983b91ee6dfd546ccf89b9a1ffb23b01bf2eef322c2808cb3d951a3c116')
point_pairs = []
for i in range(30000):
rand_bytes = sha256(rand_bytes)
rand_int = int.from_bytes(rand_bytes, "big")
a = generator() * rand_int
rand_bytes = sha256(rand_bytes)
rand_int = int.from_bytes(rand_bytes, "big")
b = generator() * rand_int
point_pairs.append((a,b))
t0 = time.time()
for a, b in point_pairs:
c = a + b
t = time.time() - t0
print(f"time taken: {t:.4f} seconds")
