hclivess

import select, json, os


def send(sdef, data, slen):
    sdef.setblocking(0)
    sdef.sendall(str(len(str(json.dumps(data)))).encode("utf-8").zfill(slen))
    sdef.sendall(str(json.dumps(data)).encode("utf-8"))
    
if "posix" not in os.name:
    def receive(sdef, slen):

hclivess

Keybase proof

I hereby claim:

• I am hclivess on github.
• I am hclivess (https://keybase.io/hclivess) on keybase.
• I have a public key ASBud6ucwCC-wivAMdyX2A9osx6urTdQemc_yftjnb8mjgo

To claim this, I am signing this object:

hclivess

Tezos baking howto

This howto is valid both for Betanet.

Setup

Prereq

You need gcc, m4, git, unzip, rsync and curl. In debian / ubuntu run:

hclivess

# c = hyperblock in ram OR hyperblock file when running only hyperblocks
# h = ledger file
# h2 = hyperblock file
# h3 = ledger file OR hyperblock file when running only hyperblocks

# never remove the str() conversion in data evaluation or database inserts or you will debug for 14 days as signed types mismatch
# if you raise in the server thread, the server will die and node will stop
# never use codecs, they are bugged and do not provide proper serialization
# must unify node and client now that connections parameters are function parameters
# if you have a block of data and want to insert it into sqlite, you must use a single "commit" for the whole batch, it's 100x faster

hclivess

Tezos Rolling Mode Guide (How To)

Running Tezos in this mode will only store the blocks after latest snapshot, no longer requiring hundreds of gigabytes of drive storage space.

The software modification is provided by Nomadic Labs, details: https://blog.nomadic-labs.com/introducing-snapshots-and-history-modes-for-the-tezos-node.html

Upgrade only:

rm -rf tezos
wget https://gitlab.com/nomadic-labs/tezos/-/archive/mainnet-snapshots/tezos-mainnet-snapshots.zip
unzip tezos-mainnet-snapshots.zip

hclivess

from blockchain import blockexplorer
from difflib import SequenceMatcher

def similar(a, b):
    return SequenceMatcher(None, a, b).ratio()

def compare (forked_shitcoin_hashes):
    winner = None
    shitcoin_race_winner = 0

hclivess

import json
import tornado.ioloop
import tornado.web
import dator
import threading
import time

class MainHandler(tornado.web.RequestHandler):
    def initialize(self, updater):
        self.updater = updater

hclivess

del /f /s /q dist 1>nul
rmdir /s /q dist
mkdir dist

python -m nuitka --follow-imports wallet.py --windows-icon=graphics\icon.ico --standalone --show-progress -j 8 --recurse-all --include-package=coincurve --plugin-enable=tk-inter

robocopy wallet.dist dist\files /MOVE /E

robocopy "C:\Program Files\Python37\Lib\site-packages\Cryptodome" "dist\files\Cryptodome" /MIR
robocopy "C:\Program Files\Python37\Lib\site-packages\coincurve" "dist\files\coincurve" /MIR

hclivess

#calculates kilowatthour production in a month based on pannel wattage and solar radiation

solar_radiation = 4.9
panel_wattage = 330
wh = solar_radiation * panel_wattage
kwh = wh / 1000

kwd_month = kwd * 28

print (f"watt_hour {wh}")

hclivess

import hashlib
import os
import sys

import essentials
import mempool as mp
import mining
import mining_heavy3
import staking
from difficulty import *