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

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 *

hclivess

import hashlib
import os
import sys

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

hclivess

1. Create file named config_custom.txt in your Bismuth folder
2. Enter the following lines:

debug=True

terminal_output=True

debug_level=WARNING

3. Restart your node