mutatrum

mutatrum

def decode_hex:
  def decode: if . < 58 then .-48 elif . < 91 then .-55 else .-87 end;
  def decode_byte: map(decode) | (.[0] * 16) + .[1];
  def pairs: explode | range(0;length;2) as $i | [.[$i], .[$i+1]];
  def filter: if (. < 32 or (. >= 128 and . <= 159)) then 46 else . end;
  [pairs|decode_byte|filter] | implode;

mutatrum

#!/bin/bash

BLOCK=$(bitcoin-cli getblockcount)

for ((i=BLOCK; i>=1; i--))
do
  echo $i
  bitcoin-cli getblock $(bitcoin-cli getblockhash $i) 3 | jq -L $HOME -r 'include ".jq/decode_hex";
  .tx[] | select(any(.vout[]; .scriptPubKey.type == "nulldata" and .value != 0)) | .txid + " " + (.vout[0].value * 1e8 | tostring) + " " + (.vout[0].scriptPubKey.hex[4:] | decode_hex)'
done

mutatrum

#!/bin/bash
CURRENTHEIGHT=$(bitcoin-cli getblockchaininfo | jq -r .blocks)
DIFFICULTY=1
for ((HEIGHT = 0 ; HEIGHT < CURRENTHEIGHT ; HEIGHT += 2016))
do
  NEW_DIFFICULTY=$(bitcoin-cli getblock $(bitcoin-cli getblockhash $HEIGHT) | jq -r .difficulty)
  ADJUSTMENT=$(bc <<< "scale=16 ; ((($NEW_DIFFICULTY * 100 / $DIFFICULTY)) - 100)" | awk '{printf("%.2f \n",$1)}')
  echo $((HEIGHT / 2016)) $HEIGHT $NEW_DIFFICULTY $ADJUSTMENT
  DIFFICULTY=$NEW_DIFFICULTY
done

mutatrum

#!/bin/bash

TIME=$(date -d "$1" +"%s")

function getBlockTime {
  echo $(bitcoin-cli getblockheader $(bitcoin-cli getblockhash $1) | jq -r .time)
}

function binarySearch {
  L=$1

mutatrum

BOXES = [[ '₿',  '₿'], // Box A
         [ '₿', '💩'], // Box B
         ['💩', '💩']] // Box C

var count = 0, success = 0;

while(count <= 1_000_000) {

  // You choose a box at random
  var drawbox = Math.floor(Math.random() * 3); 

mutatrum

for (block_height = 0; block_height < 6_930_000; block_height += 210_000) {
  
  epoch = Math.floor(block_height / 210_000) + 1
  
  coin = 100_000_000
  reward = Math.floor(100 * coin / Math.pow(2, epoch))
  
  supply = 0
  for (i = 1; i <= epoch; i++) {
    supply += Math.floor(100 * coin / Math.pow(2, i)) * 210_000

mutatrum

#!/usr/bin/env node
var input = process.argv[2].split(':')
var result = (BigInt(input[0]) << 40n) + (BigInt(input[1]) << 16n) + (BigInt(input[2]))
console.log(result.toString())

mutatrum

#!/bin/bash
BLOCKCHAININFO=$(bitcoin-cli getblockchaininfo)
CURRENTHEIGHT=$(echo $BLOCKCHAININFO | jq -r .blocks)
CURRENTTIME=$(echo $BLOCKCHAININFO | jq -r .mediantime)
BLOCKS=$((CURRENTHEIGHT%2016))
REMAINING=$((2016-BLOCKS))
LOOKBACKHEIGHT=$((CURRENTHEIGHT-REMAINING))
LOOKBACKBLOCK=$(bitcoin-cli getblock $(bitcoin-cli getblockhash $LOOKBACKHEIGHT))
LOOKBACKTIME=$(echo $LOOKBACKBLOCK | jq -r .mediantime)
LOOKBACKDELTA=$((CURRENTTIME-LOOKBACKTIME))

mutatrum

#!/bin/bash
BLOCKCHAININFO=$(bitcoin-cli getblockchaininfo)
CURRENTHEIGHT=$(echo $BLOCKCHAININFO | jq -r .blocks)
CURRENTTIME=$(echo $BLOCKCHAININFO | jq -r .mediantime)
BLOCKS=$((CURRENTHEIGHT%2016))
STARTHEIGHT=$((CURRENTHEIGHT-BLOCKS))
STARTBLOCK=$(bitcoin-cli getblock $(bitcoin-cli getblockhash $STARTHEIGHT))
STARTTIME=$(echo $STARTBLOCK | jq -r .mediantime)
AVERAGETIME=$(((CURRENTTIME-STARTTIME)/BLOCKS))
PERCENT=$(awk "BEGIN {print -100+(60000/$AVERAGETIME)}")