tsjk

stateDiagram-v2
    state BisqMusigProtocol {
        [*] --> SigningOfTxs
        SigningOfTxs --> [*]: Cancelled
        state "DepositTxBroadcast w/ Seller's deposit & trade amount [TR key spend: P'] and Buyer's deposit [TR key spend: Q']" as DepositTxBroadcast
        SigningOfTxs --> DepositTxBroadcast
        DepositTxBroadcast --> TradersExchangeSecretKeysForP'
        DepositTxBroadcast --> SellerBroadcastsSwapTx
        DepositTxBroadcast --> SellerOrBuyerBroadcastWarningTx

tsjk

stateDiagram-v2
    state BuyerAsTaker {
        [*] --> TakerSentTakeOfferRequest
        TakerSentTakeOfferRequest --> TakerReceivedOfferResponse: Option 1 - Buyer receives take offer response, then account details can be exchanged in any order.
        TakerReceivedOfferResponse --> BuyerSentBtcAddress: Option 1.1 - Buyer sends btc address first, then seller sends account data.
        TakerSentTakeOfferRequest --> TakerDidNotReceiveOfferResponse: Option 2 - Buyer takes offer and sends btc address right after that. Then receives take offer response and finally seller's account data.
        TakerReceivedOfferResponse --> BuyerReceivedAccountData: Option 1.2 - Seller sends account data first, then buyer sends btc address.
        BuyerReceivedAccountData --> BuyerSentBtcAddressAndReceivedAccountData
        BuyerSentBtcAddress --> BuyerSentBtcAddressAndReceivedAccountData

tsjk

-- Individual wallets
SELECT wallets.name AS wallet_name, SUM(apipayments.amount - ABS(apipayments.fee)) AS balance FROM apipayments
 INNER JOIN wallets ON apipayments.wallet = wallets.id
 WHERE ((wallets.deleted = FALSE) OR (wallets.deleted IS NULL)) AND
       (((apipayments.status = 'success') AND (apipayments.amount > 0)) OR
        ((apipayments.status IN ('success', 'pending')) AND (apipayments.amount < 0)))
 GROUP BY wallets.name;

-- Total
SELECT SUM(COALESCE(apipayments.amount, 0) - COALESCE(ABS(apipayments.fee), 0)) AS total_balance FROM apipayments

tsjk

#!/bin/bash

[[ "${1^^}" == "GET" || "${1^^}" == "POST" ]] && [[ "${2}" =~ ^/.*$ ]] || exit 2

urlencode () {
  [[ -n "${1}" ]] && echo -n "${1}" | perl -p -e 's/([^A-Za-z0-9-._~])/sprintf("%%%02X", ord($1))/seg'
}

#oauth1 vars
consumer_key="..."

tsjk

A lot of book suggestions this time, and so surely some will be recycled in the future while others might be read outside the scope of this book club. :)

On the topic of game theory

I for one have been in search for a good pop-sci book on game theory. But, they are not easy to find. Maybe because it is difficult to make something that is both easy enough to read and still useful. The topic is increasingly interesting with the collapse of trust in media, leaving one left to one's own devices for building a sensible picture of where things are heading. Although truth be told, game theory has been a good tool to understand stuff for some time. Did you for instance know that the banning of cigarette ads in the US actually lead to increased profits for the dominating companies, and that this was no unforseen side effect? Understanding simple games, like The prisoner's dilemma and it's societal version The tragedy of the commons may shed new light on why collaborating towards outcomes that are better for all inv

tsjk

function pdmn-ps() {
        # With this one can do like, given a container called tor-client,
        # kill -HUP $(pdmn-ps tor-client | \
        #             grep -F ' tor -f /config/torrc --defaults-torrc /config/torrc.custom.default' | \
        #             awk '{ print $2 }')
        # Useful for when one has both a client and a relay, and has a smaller overhead than exec-ing into the container.
        local container_pid
        [[ -n "${1}" ]] && podman container exists "${1}" && { \
                container_pid=$(podman inspect --format '{{.State.Pid}}' "${1}")
                ps -o 'user,pid,%cpu,%mem,vsz,rss,tty,stat,lstart,time,command' \

tsjk

#!/bin/sh

# Intermittently, the routing of WireGuard datagrams seem to become confused, leading to temporarily hung connections.
# This script aims to remedy this - assuming that the OpenWRT system is a 
# WireGuard peer that uses the port(s) listed in WG_PORTS. E.g. (/etc/config/network):
# config interface 'wg0'
#         option proto 'wireguard'
#         option listen_port '51820'
#         ...
#

tsjk

function ln-fee-info() {
        pgrep -u lightning -f '^/usr/bin/lightningd\s.*' &> /dev/null && { \
                function o() {
                        if [[ "${1}" =~ ^.*1$ ]]; then echo "st"
                        elif [[ "${1}" =~ ^.*2$ ]]; then echo "nd"
                        elif [[ "${1}" =~ ^.*3$ ]]; then echo "rd"
                        else echo "th"; fi
                }
                local -i M N f n p x; local percentile j j_c t x_v; local -A T
                local b=$(/usr/bin/timeout -k 35s 30s /usr/bin/lightning-cli --rpc-file=/run/lightning/lightningd.rpc getinfo | jq -r .blockheight)

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{
   "# version": "23.05-gentoo-r0",
   "conf": "/etc/lightning/lightningd.conf",
   "lightning-dir": "/var/lib/lightning",
   "network": "bitcoin",
   "allow-deprecated-apis": true,
   "rpc-file": "/run/lightning/lightningd.rpc",
   "plugins": [
      {
         "path": "/usr/bin/clboss",

tsjk

ipc-namespace

dbus-user.talk org.freedesktop.portal.Fcitx
dbus-user.talk org.freedesktop.portal.Background
dbus-user.talk org.freedesktop.Notifications
dbus-user.talk org.kde.StatusNotifierWatcher
dbus-user.own org.kde.*

env SIGNAL_DISABLE_GPU=0
env SIGNAL_DISABLE_GPU_SANDBOX=0