[rebbecadill1400Participant February 5, 2024 at 11:59 PM Post count: 0]

#136037 |

<br> Myers’s sample implementation works by using the Bitcoin Core functional test framework to simulate payments in an eltoo payment channel. To ensure that the same cryptocurrency is not spent twice, each member of the network verifies and validates transactions using technologies derived from computing and cryptography. Always paying the same address allows that address to be a normal derivable address in the client’s HD wallet, making it possible for the user to recover their funds even if they’ve lost all of their state besides their HD seed. LN-eltoo accomplishes the same goal by giving the later states the ability to spend funds from earlier states within a certain period of time-eliminating the need for a penalty, simplifying many aspects of the protocol, and reducing the complexity of many proposed protocol enhancements. This week’s newsletter requests feedback on not allowing P2SH-wrapped addresses for taproot, describes proposed changes to script resource limits in tapscript, and mentions a discussion about watchtower storage costs. This week’s newsletter requests testing of the C-Lightning and Bitcoin Core release candidates, invites participation in structured review of the taproot proposal, highlights updates to two Bitcoin wallets, and describes a few notable changes to popular Bitcoin infrastructure projects.
● Help test release candidates: experienced users are encouraged to help test the latest release candidates for the upcoming versions of Bitcoin Core and C-Lightning. Adding new consensus rules to Bitcoin is something that should be done carefully-because it can’t be undone safely for as long as anyone’s bitcoins depend on those rules-so it’s in every user’s interest that a large number of technical reviewers examine the proposals for possible flaws before they are implemented and before users are asked to consider upgrading their full nodes to enforce the new rules. We don’t usually cover refactors, but this one has a tantalizing comment: “this is in preparation for re-using these validation components for a new version of AcceptToMemoryPool() that can operate on multiple transactions (‘package relay’).” Package relay could allow nodes to accept a transaction below the node’s minimum feerate if the transaction came bundled with a child transaction whose fee was high enough to pay the minimum feerate for both it and its parent. The first RPC will sign a message that can be verified by someone with your LN node<br> <br>lic key.
In the thread, Christian Decker notes that both current watchtowers (as implemented by LND) and future watchtowers for eltoo can have essentially O(1) costs (fixed costs) per user by having each person use a session key to update their latest state information on the watchtower. A presentation deck titled Lightning Implementation in Electrum by Thomas Voegtlin provides some background information and screenshots. ● Eltoo sample implementation and discussion: https://www.youtube.com on the Lightning-Dev mailing list, Richard Myers posted a link to a sample implementation of an eltoo payment flow between nodes on a custom signet. 40) but older LND nodes and some other implementations have continued to use 144 as their default. ● Upgrade LN implementations: one or more issues that are scheduled to be disclosed at the end of this month affect older LN implementations. ● How do orphan blocks affect the network? ● What happens to transactions inc<br>d<br> invalid blocks?
RedGrittyBrick and Murch explain that a transaction’s inclusion in an invalid block does not have any impact on the validity of that transaction or its ability to be confirmed in subsequent blocks. While Binance remains the most preferable of the two platforms currently, it is important to remember that changes corresponding to the global regulatory landscape might have an effect on the user experience (s). While Tor was supported in previous Android versions, it required a separate application whereas both Android and iOS versions are now bundled with Tor support. ● Blockstream Green Tor support: Version 3.2.4 of the Blockstream Green Wallet adds built-in Tor support for both iOS and Android. 3150 adds new signmessage and checkmessage RPCs. ● Tapscript resource limits: the bip-tapscript proposal limits transactions to one signature-checking operation (sigop) for every 12.5 vbytes the witness data adds to the size of the transaction (p<br>one free sigop per input).