#Developer: Curly60e
#PyBLOCK its a clock of the Bitcoin blockchain.

import os
import os.path
import time as t
import pickle
import psutil
import qrcode
import random
import xmltodict
import sys
import subprocess
import requests
import json
import simplejson as json
from cfonts import render, say
from clone import *
from donation import *
from feed import *
from art import *
from logos import *
from sysinf import *
from pblogo import *
from apisnd import *
from ppi import *
from termcolor import colored, cprint
from nodeconnection import *
from terminal_matrix.matrix import *


version = "0.9.0"

def sysinfo():  #Cpu and memory usage
    print("   \033[0;37;40m----------------------")
    print("   \033[3;33;40mCPU Usage: \033[1;32;40m" + str(psutil.cpu_percent()) + "%\033[0;37;40m")
    print("   \033[3;33;40mMemory Usage: \033[1;32;40m" "{}% \033[0;37;40m".format(int(psutil.virtual_memory().percent)))
    print("   \033[0;37;40m----------------------")
    print("\a")

def rpc(method, params=[]):
    payload = json.dumps({
        "jsonrpc": "2.0",
        "id": "minebet",
        "method": method,
        "params": params
    })
    path = {"ip_port":"", "rpcuser":"", "rpcpass":"", "bitcoincli":""}
    if os.path.isfile('bclock.conf'): # Check if the file 'bclock.conf' is in the same folder
        pathv = pickle.load(open("bclock.conf", "rb")) # Load the file 'bclock.conf'
        path = pathv # Copy the variable pathv to 'path'
    return requests.post(path['ip_port'], auth=(path['rpcuser'], path['rpcpass']), data=payload).json()['result']


def getblock(): # get access to bitcoin-cli with the command getblockchaininfo
    while True:
        try:
            bitcoincli = " getblockchaininfo"
            a = os.popen(path['bitcoincli'] + bitcoincli).read()
            b = json.loads(a)
            d = b
            print(d)
            clear()
            print("\033[1;32;40m")
            blogo()
            print("\033[0;37;40m")
            print("<<< Back Control + C.\n\n")
            print("\n----------------------------------------------------------------------------------------------------")
            print("""
            Chain: {}
            Blocks: {}
            Best BlockHash: {}
            Difficulty: {}
            Verification Progress: {}
            Size on Disk: {}
            Pruned: {}
            """.format(d['chain'], d['blocks'], d['bestblockhash'], d['difficulty'], d['verificationprogress'], d['size_on_disk'], d['pruned']))
            print("----------------------------------------------------------------------------------------------------\n")
            t.sleep(10)
        except:
            break


def getblockcount(): # get access to bitcoin-cli with the command getblockcount
    bitcoincli = " getblockcount"
    os.system(path['bitcoincli'] + bitcoincli)

def getbestblockhash(): # get access to bitcoin-cli with the command getblockcount
    bitcoincli = " getbestblockhash"
    os.system(path['bitcoincli'] + bitcoincli)

def clear(): # clear the screen
    os.system('cls' if os.name=='nt' else 'clear')

def getgenesis(): # get and decode Genesis block
    bitcoincli = " getblock 000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f 0 | xxd -r -p | hexyl -n 256"
    os.system(path['bitcoincli'] + bitcoincli)

def close():
    print("<<< Back Control + C.\n\n")

def readHexBlock(): # Hex Decoder using Hexyl on local node
    hexa = input("Add the Block Hash you want to decode: ")
    blocknumber = input("Add the Block number: ")
    decodeBlock = path['bitcoincli'] + " getblock {} {}".format(hexa, blocknumber) + " | xxd -r -p | hexyl -n 256"
    os.system(decodeBlock)

def readHexTx(): # Hex Decoder using Hexyl on an external node
    hexa = input("Add the Transaction ID. you want to decode: ")
    decodeTX = path['bitcoincli'] + " getrawtransaction {}".format(hexa) + " | xxd -r -p | hexyl -n 256"
    os.system(decodeTX)

def tmp():
    t.sleep(15)

def console(): # get into the console from bitcoin-cli
    print("\t\033[0;37;40mThis is \033[1;33;40mBitcoin-cli's \033[0;37;40mconsole. Type your respective commands you want to display.\n\n")
    while True:
        cle = input("\033[1;32;40mconsole $>: \033[0;37;40m")
        lsd = os.popen(path['bitcoincli'] + " " + cle)
        lsd0 = lsd.read()
        lsd1 = str(lsd0)
        print(lsd1)
        lsd.close()

def screensv():
    try:
        doit()
    except (KeyboardInterrupt, SystemExit):
        matrix.close()
        clear()
        blogo()
        menu()

def delay_print(s):
    for c in s:
        sys.stdout.write(c)
        sys.stdout.flush()
        time.sleep(0.25)
#------------------------------------------------------

def connected(info): # here we complete the connection to the external node
    if info in ["Y", "y"]:
        clear()
        blogo()
        print("\nAdd your node information\n")
        menuUserConn()
    else:
        menu()

def artist(): # here we convert the result of the command 'getblockcount' on a random art design
    while True:
        try:
            clear()
            close()
            design()
        except:
            break

def design():
    bitcoinclient = path['bitcoincli'] + " getblockcount"
    block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
    b = block
    a = b
    while True:
        if os.path.isfile('pyblocksettingsClock.conf') or os.path.isfile('pyblocksettingsClock.conf'): # Check if the file 'bclock.conf' is in the same folder
            settingsv = pickle.load(open("pyblocksettingsClock.conf", "rb")) # Load the file 'bclock.conf'
            settingsClock = settingsv # Copy the variable pathv to 'path'
        else:
            settingsClock = {"gradient":"", "design":"block", "colorA":"green", "colorB":"yellow"}
            pickle.dump(settingsClock, open("pyblocksettingsClock.conf", "wb"))
        bitcoinclient = path['bitcoincli'] + " getblockcount"
        block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
        b = block
        if b > a:
            output = render(str(b), colors=[settingsClock['colorA'], settingsClock['colorB']], align='center')
            print("\a" + output)
            bitcoinclient = path['bitcoincli'] + " getbestblockhash"
            bb = os.popen(str(bitcoinclient)).read()
            ll = bb
            bitcoinclientgetblock = path['bitcoincli'] + " getblock " + ll
            qq = os.popen(bitcoinclientgetblock).read()
            yy = json.loads(qq)
            mm = yy
            outputsize = render(str(mm['size']) + " bytes", colors=[settingsClock['colorA'], settingsClock['colorB']], align='center', font='tiny')
            print(outputsize)
            outputtxs = render(str(mm['nTx']) + " txs", colors=[settingsClock['colorA'], settingsClock['colorB']], align='center', font='tiny')
            print(outputtxs)
            t.sleep(10)
            break
        elif b == a:
            output = render(str(b), colors=[settingsClock['colorA'], settingsClock['colorB']], align='center')
            print(output)
            t.sleep(10)
            clear()
            close()
        else:
            break
#--------------------------------- Hex Block Decoder Functions -------------------------------------

def getrawtx(): # show confirmatins from transactions
    while True:
        try:
            clear()
            blogo()
            close()
            tx = input("Insert your TxID: ")
            if tx == "4a5e1e4baab89f3a32518a88c31bc87f618f76673e2cc77ab2127b7afdeda33b":
                print("""\t\t\n\033[1;35;40mThis transaction it's the first one of the Bitcoin Blockchain on Block 0 by Satoshi Nakamoto.
You can decode that block in HEX and see what's inside.\033[0;37;40m""")
                t.sleep(10)
            else:
                bitcoincli = " getrawtransaction "
                lsd = os.popen(path['bitcoincli'] + bitcoincli + tx + " 1")
                lsd0 = lsd.read()
                lsd1 = str(lsd0)
                lsda = lsd1.split(',')
                lsdb = lsda[-3]
                lsdc = str(lsdb)
                print("\033[0;37;40mTransaction " + "\033[1;31;40m{}\033[0;37;40m".format(tx) + " has:\n" + "\033[1;31;40m{}\033[0;37;40m".format(lsdc))
                tmp()
                lsd.close()
        except:
            break

def runthenumbers():
    bitcoincli = " gettxoutsetinfo"
    os.system(path['bitcoincli'] + bitcoincli)
    input("\nContinue...")

def countdownblock():
    bitcoinclient = path['bitcoincli'] + " getblockcount"
    block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
    b = block
    a = input("Insert your block target: ")
    clear()
    blogo()
    print("""
    --------------------- BLOCK {} COUNTDOWN ---------------------

     """.format(a))
    n = int(b)
    print("\nCountDown:", b)
    q = int(a) - int(b)
    print("Remaining: " + str(q) + " Blocks\n")
    while a > b:
        try:
            bitcoinclient = path['bitcoincli'] + " getblockcount"
            block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
            b = block
            if a == b:
                break
            elif n != int(b):
                print("CountDown: ", b)
                q = int(a) - int(b)
                print("Remaining: " + str(q) + " Blocks\n")
                n = int(b)
        except:
            break
    print("#RunTheNumbers " + str(a) + " PyBLOCK")
    input("\nContinue...")

def localHalving():
    bitcoinclient = path['bitcoincli'] + " getblockcount"
    block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
    b = block
    c = b
    oneh = 0 - int(c) + 210000
    twoh = 210000 - int(c) + 210000
    thrh = 420000 - int(c) + 210000
    forh = 630000 - int(c) + 210000
    fifh = 840000 - int(c) + 210000
    sixh = 1050000 - int(c) + 210000
    sevh = 1260000 - int(c) + 210000
    eith = 1470000 - int(c) + 210000
    ninh = 1680000 - int(c) + 210000
    tenh = 1890000 - int(c) + 210000

    q = """
    \033[0;37;40m------------------- HALVING CLOCK -------------------

            1st  Halving: in {} Blocks {}
            2nd  Halving: in {} Blocks {}
            3rd  Halving: in {} Blocks {}
            4th  Halving: in {} Blocks {}
            5th  Halving: in {} Blocks {}
            6th  Halving: in {} Blocks {}
            7th  Halving: in {} Blocks {}
            8th  Halving: in {} Blocks {}
            9th  Halving: in {} Blocks {}
            10th Halving: in {} Blocks {}

    -------------------------------------------------------
    """.format("0" if int(c) == 210000 else oneh,"\033[1;32;40mCOMPLETE\033[0;37;40m","0" if int(c) == 420000 else twoh,"\033[1;32;40mCOMPLETE\033[0;37;40m", "0" if int(c) == 630000 else thrh,"\033[1;32;40mCOMPLETE\033[0;37;40m","0" if int(c) == 840000 else forh,"\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 840000 else "\033[1;35;40mPENDING\033[0;37;40m", "0" if int(c) >= 1050000 else fifh , "\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1050000 else "\033[1;35;40mPENDING\033[0;37;40m", sixh, "\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1260000 else "\033[1;35;40mPENDING\033[0;37;40m", sevh,"\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1470000 else "\033[1;35;40mPENDING\033[0;37;40m", eith,"\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1680000 else "\033[1;35;40mPENDING\033[0;37;40m", ninh, "\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1890000 else "\033[1;35;40mPENDING\033[0;37;40m", tenh, "\033[1;32;40mCOMPLETE\033[0;37;40m" if int(c) >= 1890000 else "\033[1;35;40mPENDING\033[0;37;40m")
    print(q)
    input("\nContinue...")
#--------------------------------- End Hex Block Decoder Functions -------------------------------------

#--------------------------------- Menu section -----------------------------------

def MainMenuLOCAL(): #Main Menu
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[31;1mA.\033[0;37;40m PyBLOCK
    \u001b[38;5;202mB.\033[0;37;40m Bitcoin Core
    \u001b[33;1mL.\033[0;37;40m Lightning Network
    \u001b[38;5;40mP.\033[0;37;40m Platforms
    \u001b[38;5;27mS.\033[0;37;40m Settings
    \u001b[38;5;15mX.\033[0;37;40m Donate
    \u001b[38;5;93mQ.\033[0;37;40m Exit
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate()))
    mainmenuLOCALcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def MainMenuREMOTE(): #Main Menu
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[31;1mA.\033[0;37;40m PyBLOCK
    \u001b[38;5;202mB.\033[0;37;40m Bitcoin Core
    \u001b[33;1mL.\033[0;37;40m Lightning Network
    \u001b[38;5;40mP.\033[0;37;40m Platforms
    \u001b[38;5;27mS.\033[0;37;40m Settings
    \u001b[38;5;15mX.\033[0;37;40m Donate
    \u001b[38;5;93mQ.\033[0;37;40m Exit
    \n\n""".format(a, alias['alias'], d['blocks'], version, checkupdate()))
    mainmenuREMOTEcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def bitcoincoremenuLOCAL():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[38;5;202mA.\033[0;37;40m Bitcoin-cli Console
    \u001b[38;5;202mB.\033[0;37;40m Show Genesis Block
    \u001b[38;5;202mC.\033[0;37;40m Show Blockchain Information
    \u001b[38;5;202mD.\033[0;37;40m Run the Numbers
    \u001b[38;5;202mE.\033[0;37;40m Decode in HEX
    \u001b[38;5;202mF.\033[0;37;40m Show QR from a Bitcoin Address
    \u001b[38;5;202mG.\033[0;37;40m Show confirmations from a transaction
    \u001b[38;5;202mH.\033[0;37;40m Miscellaneous
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate()))
    bitcoincoremenuLOCALcontrolA(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def bitcoincoremenuREMOTE():
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[38;5;202mA.\033[0;37;40m Bitcoin-cli Console
    \u001b[38;5;202mB.\033[0;37;40m Show Blockchain Information
    \u001b[38;5;202mC.\033[0;37;40m Run the Numbers
    \u001b[38;5;202mD.\033[0;37;40m Show QR from a Bitcoin Address
    \u001b[38;5;202mE.\033[0;37;40m Miscellaneous
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(a, alias['alias'], d['blocks'], version, checkupdate()))
    bitcoincoremenuREMOTEcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def lightningnetworkLOCAL():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[33;1mA.\033[0;37;40m Lncli Console
    \u001b[33;1mB.\033[0;37;40m New Invoice
    \u001b[33;1mC.\033[0;37;40m Pay Invoice
    \u001b[33;1mD.\033[0;37;40m Make a KeySend Payment
    \u001b[33;1mE.\033[0;37;40m New Bitcoin Address
    \u001b[33;1mF.\033[0;37;40m List Invoices
    \u001b[33;1mG.\033[0;37;40m Channel Balance
    \u001b[33;1mH.\033[0;37;40m Show Channels
    \u001b[33;1mI.\033[0;37;40m Rebalance Channel
    \u001b[33;1mJ.\033[0;37;40m Show Peers
    \u001b[33;1mK.\033[0;37;40m Connect Peers
    \u001b[33;1mL.\033[0;37;40m Onchain Balance
    \u001b[33;1mM.\033[0;37;40m List Onchain Transactions
    \u001b[33;1mN.\033[0;37;40m Get Node Info
    \u001b[33;1mO.\033[0;37;40m Get Network Information
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate()))
    lightningnetworkLOCALcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def lightningnetworkREMOTE():
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \033[1;31;40mA.\033[0;37;40m New Invoice
    \033[1;31;40mB.\033[0;37;40m Pay Invoice
    \033[1;32;40mC.\033[0;37;40m New Bitcoin Address
    \033[1;35;40mD.\033[0;37;40m List Invoices
    \033[1;35;40mE.\033[0;37;40m Channel Balance
    \033[1;35;40mF.\033[0;37;40m Show Channels
    \033[1;35;40mG.\033[0;37;40m Onchain Balance
    \033[1;35;40mH.\033[0;37;40m List Onchain Transactions
    \033[1;35;40mI.\033[0;37;40m Get Node Info
    \033[1;33;40mQ.\033[0;37;40m Return
    \n\n""".format(a, alias['alias'], d['blocks'], version, checkupdate()))
    lightningnetworkREMOTEcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APIMenuLOCAL():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \033[1;32;40mA.\033[0;37;40m TippinMe   FREE
    \033[1;32;40mB.\033[0;37;40m Tallycoin  FREE
    \033[1;32;40mC.\033[0;37;40m Mempool    FREE
    \033[1;32;40mD.\033[0;37;40m CoinGecko  FREE
    \033[1;32;40mE.\033[0;37;40m Rate.sx    FREE
    \033[1;32;40mF.\033[0;37;40m BWT        FREE
    \033[1;32;40mG.\033[0;37;40m LNBits     \033[3;35;40m{lnbitspaid}\033[0;37;40m
    \033[1;32;40mH.\033[0;37;40m LNPay      \033[3;35;40m{lnpaypaid}\033[0;37;40m
    \033[1;32;40mI.\033[0;37;40m OpenNode   \033[3;35;40m{opennodepaid}\033[0;37;40m
    \033[1;32;40mJ.\033[0;37;40m SatNode    FREE
    \033[1;32;40mK.\033[0;37;40m Weather    FREE
    \033[1;32;40mL.\033[0;37;40m Arcade     FREE
    \u001b[31;1mR.\033[0;37;40m Return Main Menu
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate(),lnbitspaid = "PAID" if os.path.isfile("lnbitSN.conf") else "PREMIUM", lnpaypaid = "PAID" if os.path.isfile("lnpaySN.conf") else "PREMIUM", opennodepaid = "PAID" if os.path.isfile("opennodeSN.conf") else "PREMIUM"))
    platfformsLOCALcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APIMenuREMOTE():
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \033[1;32;40mA.\033[0;37;40m TippinMe   FREE
    \033[1;32;40mB.\033[0;37;40m Tallycoin  FREE
    \033[1;32;40mC.\033[0;37;40m Mempool    FREE
    \033[1;32;40mD.\033[0;37;40m CoinGecko  FREE
    \033[1;32;40mE.\033[0;37;40m Rate.sx    FREE
    \033[1;32;40mF.\033[0;37;40m BWT        FREE
    \033[1;32;40mG.\033[0;37;40m LNBits     \033[3;35;40m{lnbitspaid}\033[0;37;40m
    \033[1;32;40mH.\033[0;37;40m LNPay      \033[3;35;40m{lnpaypaid}\033[0;37;40m
    \033[1;32;40mI.\033[0;37;40m OpenNode   \033[3;35;40m{opennodepaid}\033[0;37;40m
    \033[1;32;40mJ.\033[0;37;40m SatNode    FREE
    \033[1;32;40mK.\033[0;37;40m Weather    FREE
    \033[1;32;40mL.\033[0;37;40m Arcade     FREE
    \u001b[31;1mR.\033[0;37;40m Return Main Menu
    \n\n""".format(a, alias['alias'], d['blocks'], version, checkupdate(),lnbitspaid = "PAID" if os.path.isfile("lnbitSN.conf") else "PREMIUM", lnpaypaid = "PAID" if os.path.isfile("lnpaySN.conf") else "PREMIUM", opennodepaid = "PAID" if os.path.isfile("opennodeSN.conf") else "PREMIUM"))
    platfformsREMOTEcontrol(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def decodeHex():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[38;5;202mA.\033[0;37;40m Decode Blocks in HEX
    \u001b[38;5;202mB.\033[0;37;40m Decode Transactions in HEX
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate()))
    decodeHexLOCAL(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def miscellaneousLOCAL():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[38;5;202mA.\033[0;37;40m FunB
    \u001b[38;5;202mB.\033[0;37;40m Sysinfo
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(n, alias['alias'], d['blocks'], version, checkupdate()))
    miscellaneousLOCALmenu(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def miscellaneousREMOTE():
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()

    print("""\t\t
    \033[1;37;40m{}\033[0;37;40m: \033[1;31;40mPyBLOCK\033[0;37;40m
    \033[1;37;40mNode\033[0;37;40m: \033[1;33;40m{}\033[0;37;40m
    \033[1;37;40mBlock\033[0;37;40m: \033[1;32;40m{}\033[0;37;40m
    \033[1;37;40mVersion\033[0;37;40m: {}

    \u001b[38;5;202mA.\033[0;37;40m FunB
    \u001b[38;5;202mB.\033[0;37;40m Sysinfo
    \u001b[31;1mQ.\033[0;37;40m Return
    \n\n""".format(a, alias['alias'], d['blocks'], version, checkupdate()))
    miscellaneousREMOTEmenu(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def runTheNumbersMenu():
    clear()
    blogo()
    sysinfo()
    n = "Local" if path['bitcoincli'] else "Remote"
    bitcoincli = " getblockchaininfo"
    a = os.popen(path['bitcoincli'] + bitcoincli).read()
    b = json.loads(a)
    d = b

    lncli = " getinfo"
    lsd = os.popen(lndconnectload['ln'] + lncli).read()
    lsd0 = str(lsd)
    alias = json.loads(lsd0)

    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Local Run the Numbers Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Countdown Block
    \033[1;32;40mB.\033[0;37;40m Countdown Halving
    \033[1;32;40mC.\033[0;37;40m Audit
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    runTheNumbersControl(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def runTheNumbersMenuConn():
    clear()
    blogo()
    sysinfo()
    a = "Local" if path['bitcoincli'] else "Remote"
    blk = rpc('getblockchaininfo')
    d = blk

    cert_path = lndconnectload["tls"]
    macaroon = codecs.encode(open(lndconnectload["macaroon"], 'rb').read(), 'hex')
    headers = {'Grpc-Metadata-macaroon': macaroon}
    url = 'https://{}/v1/getinfo'.format(lndconnectload["ip_port"])
    r = requests.get(url, headers=headers, verify=cert_path)
    alias = r.json()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Remote Run the Numbers Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Countdown Block
    \033[1;32;40mB.\033[0;37;40m Countdown Halving
    \033[1;32;40mC.\033[0;37;40m Audit
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    runTheNumbersControlConn(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def weatherMenu():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Weather Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Version 1
    \033[1;32;40mB.\033[0;37;40m Version 2
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuWeather(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def dnt(): # Donation selection menu
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Developers Donation
    \033[1;32;40mB.\033[0;37;40m Testers Donation
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuC(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def dntDev(): # Dev Donation Menu
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Bitcoin Address
    \033[1;32;40mB.\033[0;37;40m Lightning Network
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuE(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def dntTst(): # Tester Donation Menu
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Bitcoin Address
    \033[1;32;40mB.\033[0;37;40m Lightning Network
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuF(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def satnodeMenu(): # Satnode Menu
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Start SatNode
    \033[1;32;40mB.\033[0;37;40m Feed
    \033[1;32;40mC.\033[0;37;40m Setup
    \033[1;34;40mS.\033[0;37;40m Send a Message to Space
    \033[1;36;40mD.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuD(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def rateSX():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Rate.sx \033[1;34;40mFree\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Rate
    \033[1;32;40mB.\033[0;37;40m Chart
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    rateSXMenu(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def mempoolmenu():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Mempool.space \033[1;34;40mFree\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Blocks
    \033[1;32;40mB.\033[0;37;40m Recommended Fee
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    mempoolmenuS(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APILnbit():
    bitLN = {"NN":"","pd":""}
    if os.path.isfile('lnbitSN.conf'): # Check if the file 'bclock.conf' is in the same folder
        bitData= pickle.load(open("lnbitSN.conf", "rb")) # Load the file 'bclock.conf'
        bitLN = bitData # Copy the variable pathv to 'path'
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m LNBits SN:{} \033[1;34;40mPremium\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m New Invoice
    \033[1;32;40mB.\033[0;37;40m Pay Invoice
    \033[1;32;40mC.\033[0;37;40m New PayWall
    \033[1;32;40mD.\033[0;37;40m Delete PayWall
    \033[1;32;40mE.\033[0;37;40m List PayWalls
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version,bitLN['NN']))
    menuLNBPI(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APILnPay():
    bitLN = {"NN":"","pd":""}
    if os.path.isfile('lnpaySN.conf'): # Check if the file 'bclock.conf' is in the same folder
        bitData= pickle.load(open("lnpaySN.conf", "rb")) # Load the file 'bclock.conf'
        bitLN = bitData # Copy the variable pathv to 'path'
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m LNPay SN:{} \033[1;34;40mPremium\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m New Invoice
    \033[1;32;40mB.\033[0;37;40m Pay Invoice
    \033[1;32;40mC.\033[0;37;40m Wallet Balance
    \033[1;32;40mD.\033[0;37;40m List Invoices
    \033[1;32;40mE.\033[0;37;40m Transfer Between Wallets
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version,bitLN['NN']))
    menuLNPAY(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APIOpenNode():
    bitLN = {"NN":"","pd":""}
    if os.path.isfile('opennodeSN.conf'): # Check if the file 'bclock.conf' is in the same folder
        bitData= pickle.load(open("opennodeSN.conf", "rb")) # Load the file 'bclock.conf'
        bitLN = bitData # Copy the variable pathv to 'path'
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m OpenNode SN:{} \033[1;34;40mPremium\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m New Invoice
    \033[1;32;40mB.\033[0;37;40m Pay Invoice
    \033[1;32;40mC.\033[0;37;40m Wallet Balance
    \033[1;32;40mD.\033[0;37;40m List Payments
    \033[1;32;40mS.\033[0;37;40m Status
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version,bitLN['NN']))
    menuOpenNode(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APITippinMe():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m TippinMe \033[1;34;40mFree\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m New Invoice
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuTippinMe(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def APITallyCo():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m TallyCoin \033[1;34;40mFree\033[0;37;40m Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Get Payment
    \033[1;32;40mB.\033[0;37;40m Tip User
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuTallyCo(input("\033[1;32;40mSelect option: \033[0;37;40m"))
#-------------------------------- SETTINGS -----------------------------------------------


def settings4Local():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings Menu
    Local node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Change Logo Design
    \033[1;31;40mB.\033[0;37;40m Change Logo Colors
    \033[1;31;40mC.\033[0;37;40m Change Clock Colors
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuSettingsLocal(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def settings4Remote():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Change Logo Design
    \033[1;31;40mB.\033[0;37;40m Change Logo Colors
    \033[1;31;40mC.\033[0;37;40m Change Clock Colors
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuSettingsRemote(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def designQ():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Design Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Block
    \033[1;31;40mB.\033[0;37;40m Slick
    \033[1;31;40mC.\033[0;37;40m Tiny
    \033[1;31;40mD.\033[0;37;40m Grid
    \033[1;31;40mE.\033[0;37;40m Pallet
    \033[1;31;40mF.\033[0;37;40m Shade
    \033[1;31;40mG.\033[0;37;40m Chrome
    \033[1;31;40mH.\033[0;37;40m Simple
    \033[1;31;40mI.\033[0;37;40m Simple Block
    \033[1;31;40mJ.\033[0;37;40m 3D
    \033[1;31;40mK.\033[0;37;40m Simple 3D
    \033[1;31;40mL.\033[0;37;40m Huge
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuDesign(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def designC():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Design Menu
    Local node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Block
    \033[1;31;40mB.\033[0;37;40m Slick
    \033[1;31;40mC.\033[0;37;40m Tiny
    \033[1;31;40mD.\033[0;37;40m Grid
    \033[1;31;40mE.\033[0;37;40m Pallet
    \033[1;31;40mF.\033[0;37;40m Shade
    \033[1;31;40mG.\033[0;37;40m Chrome
    \033[1;31;40mH.\033[0;37;40m Simple
    \033[1;31;40mI.\033[0;37;40m Simple Block
    \033[1;31;40mJ.\033[0;37;40m 3D
    \033[1;31;40mK.\033[0;37;40m Simple 3D
    \033[1;31;40mL.\033[0;37;40m Huge
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuDesignClock(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def designCRemote():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Design Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Block
    \033[1;31;40mB.\033[0;37;40m Slick
    \033[1;31;40mC.\033[0;37;40m Tiny
    \033[1;31;40mD.\033[0;37;40m Grid
    \033[1;31;40mE.\033[0;37;40m Pallet
    \033[1;31;40mF.\033[0;37;40m Shade
    \033[1;31;40mG.\033[0;37;40m Chrome
    \033[1;31;40mH.\033[0;37;40m Simple
    \033[1;31;40mI.\033[0;37;40m Simple Block
    \033[1;31;40mJ.\033[0;37;40m 3D
    \033[1;31;40mK.\033[0;37;40m Simple 3D
    \033[1;31;40mL.\033[0;37;40m Huge
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuDesignClockRemote(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colors():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors Menu
    Version {}

    \033[1;32;40mA.\033[0;37;40m Front Color
    \033[1;31;40mB.\033[0;37;40m Back Color
    \033[1;31;40mC.\033[0;37;40m Rainbow
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColors(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsC():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors Menu
    Local node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Front Color
    \033[1;31;40mB.\033[0;37;40m Back Color
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsClock(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsCRemote():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Front Color
    \033[1;31;40mB.\033[0;37;40m Back Color
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsClockRemote(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectFront():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Front Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectFront(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectFrontClock():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Front Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectFrontClock(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectFrontClockRemote():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Front Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectFrontClockRemote(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectBack():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Back Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectBack(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectBackClock():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Back Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectBackClock(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectBackClockRemote():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Back Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectBackClockRemote(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectRainbow():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Rainbow Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Start Color
    \033[1;31;40mB.\033[0;37;40m End Color
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectRainbow(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectRainbowStart():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Rainbow Start Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectRainbowStart(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def colorsSelectRainbowEnd():
    clear()
    blogo()
    sysinfo()
    print("""\t\t
    \033[1;31;40mPyBLOCK\033[0;37;40m Settings > Colors > Rainbow End Color Menu
    Remote node connection
    Version {}

    \033[1;32;40mA.\033[0;37;40m Black
    \033[1;31;40mB.\033[0;37;40m Red
    \033[1;31;40mC.\033[0;37;40m Green
    \033[1;31;40mD.\033[0;37;40m Yellow
    \033[1;31;40mE.\033[0;37;40m Blue
    \033[1;31;40mF.\033[0;37;40m Magenta
    \033[1;31;40mG.\033[0;37;40m Cyan
    \033[1;31;40mH.\033[0;37;40m White
    \033[1;31;40mI.\033[0;37;40m Gray
    \033[1;36;40mR.\033[0;37;40m Return Main Menu
    \n\n""".format(version))
    menuColorsSelectRainbowEnd(input("\033[1;32;40mSelect option: \033[0;37;40m"))

def menuSelection():
    path = {"ip_port":"", "rpcuser":"", "rpcpass":"", "bitcoincli":""}
    pathv = pickle.load(open("bclock.conf", "rb")) # Load the file 'bclock.conf'
    path = pathv # Copy the variable pathv to 'path'
    if path['bitcoincli']:
        MainMenuLOCAL()
    else:
        MainMenuREMOTE()

def menuSelectionLN():
    lndconnectload = {"ip_port":"", "tls":"", "macaroon":"", "lncli":""}
    lndconnectData = pickle.load(open("blndconnect.conf", "rb")) # Load the file 'bclock.conf'
    lndconnectload = lndconnectData # Copy the variable pathv to 'path'
    if lndconnectload['ln']:
        menuLNDLOCAL()
    else:
        menuLND()

def aaccPPiLNBits():
    try:
        bitLN = {"NN":"","pd":""}
        if os.path.isfile('lnbitSN.conf'):
            bitData= pickle.load(open("lnbitSN.conf", "rb"))
            bitLN = bitData
            APILnbit()
        else:
            qr = qrcode.QRCode(
            version=1,
            error_correction=qrcode.constants.ERROR_CORRECT_L,
            box_size=10,
            border=4,
            )
            bitLN['NN'] = randrange(10000000)
            curl = 'curl -X POST https://lnbits.com/api/v1/payments -d ' + "'{" + """"out": false, "amount": 100000, "memo": "LNBits on PyBLOCK {}" """.format(bitLN['NN']) + "}'" + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94 " -H "Content-type: application/json" """
            sh = os.popen(curl).read()
            clear()
            blogo()
            n = str(sh)
            d = json.loads(n)
            q = d['payment_request']
            c = q.lower()
            while True:
                print("\033[1;30;47m")
                qr.add_data(c)
                qr.print_ascii()
                print("\033[0;37;40m")
                qr.clear()
                print("Lightning Invoice: " + c)
                dn = str(d['checking_id'])
                t.sleep(10)
                checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                rsh = os.popen(checkcurl).read()
                clear()
                blogo()
                nn = str(rsh)
                dd = json.loads(nn)
                db = dd['paid']
                if db is not True:
                    continue

                clear()
                blogo()
                tick()
                bitLN['pd'] = "PAID"
                pickle.dump(bitLN, open("lnbitSN.conf", "wb"))
                createFileConnLNBits()
                break

    except:
        clear()
        blogo()
        print("\n\tSERIAL NUMBER NOT FOUND\n")
        input("Continue...")

def aaccPPiLNPay():
    try:
        bitLN = {"NN":"","pd":""}
        if os.path.isfile('lnpaySN.conf'): # Check if the file 'bclock.conf' is in the same folder
            bitData= pickle.load(open("lnpaySN.conf", "rb")) # Load the file 'bclock.conf'
            bitLN = bitData # Copy the variable pathv to 'path'
            APILnPay()
        else:
            qr = qrcode.QRCode(
            version=1,
            error_correction=qrcode.constants.ERROR_CORRECT_L,
            box_size=10,
            border=4,
            )
            bitLN['NN'] = randrange(10000000)
            curl = 'curl -X POST https://lnbits.com/api/v1/payments -d ' + "'{" + """"out": false, "amount": 100000, "memo": "LNPay on PyBLOCK {}" """.format(bitLN['NN']) + "}'" + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94 " -H "Content-type: application/json" """
            sh = os.popen(curl).read()
            clear()
            blogo()
            n = str(sh)
            d = json.loads(n)
            q = d['payment_request']
            c = q.lower()
            while True:
                print("\033[1;30;47m")
                qr.add_data(c)
                qr.print_ascii()
                print("\033[0;37;40m")
                qr.clear()
                print("Lightning Invoice: " + c)
                dn = str(d['checking_id'])
                t.sleep(10)
                checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                rsh = os.popen(checkcurl).read()
                clear()
                blogo()
                nn = str(rsh)
                dd = json.loads(nn)
                db = dd['paid']
                if db is not True:
                    continue

                clear()
                blogo()
                tick()
                bitLN['pd'] = "PAID"
                pickle.dump(bitLN, open("lnpaySN.conf", "wb"))
                createFileConnLNPay()
                break

    except:
        clear()
        blogo()
        print("\n\tSERIAL NUMBER NOT FOUND\n")
        input("Continue...")

def aaccPPiOpenNode():
    try:
        bitLN = {"NN":"","pd":""}
        if os.path.isfile('opennodeSN.conf'): # Check if the file 'bclock.conf' is in the same folder
            bitData= pickle.load(open("opennodeSN.conf", "rb")) # Load the file 'bclock.conf'
            bitLN = bitData # Copy the variable pathv to 'path'
            APIOpenNode()
        else:
            qr = qrcode.QRCode(
            version=1,
            error_correction=qrcode.constants.ERROR_CORRECT_L,
            box_size=10,
            border=4,
            )
            bitLN['NN'] = randrange(10000000)
            curl = 'curl -X POST https://lnbits.com/api/v1/payments -d ' + "'{" + """"out": false, "amount": 100000, "memo": "OpenNode on PyBLOCK {}" """.format(bitLN['NN']) + "}'" + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94 " -H "Content-type: application/json" """
            sh = os.popen(curl).read()
            clear()
            blogo()
            n = str(sh)
            d = json.loads(n)
            q = d['payment_request']
            c = q.lower()
            while True:
                print("\033[1;30;47m")
                qr.add_data(c)
                qr.print_ascii()
                print("\033[0;37;40m")
                qr.clear()
                print("Lightning Invoice: " + c)
                dn = str(d['checking_id'])
                t.sleep(10)
                checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                rsh = os.popen(checkcurl).read()
                clear()
                blogo()
                nn = str(rsh)
                dd = json.loads(nn)
                db = dd['paid']
                if db is not True:
                    continue

                clear()
                blogo()
                tick()
                bitLN['pd'] = "PAID"
                pickle.dump(bitLN, open("opennodeSN.conf", "wb"))
                createFileConnOpenNode()
                break

    except:
        clear()
        blogo()
        print("\n\tSERIAL NUMBER NOT FOUND\n")
        input("Continue...")

def aaccPPiGorched():
    a = """
    ----------------------------------------------------------

                    TO PLAY THIS GAME YOU'LL
                     NEED TO PAY 10000 SATS
                        JUST ONE TIME
               SAVE YOUR SN.CONF IN A SAFE PLACE

    ----------------------------------------------------------
    """
    try:
        bitLN = {"NN":"","pd":""}
        if os.path.isfile('1984SN.conf'): # Check if the file 'bclock.conf' is in the same folder
            bitData= pickle.load(open("1984SN.conf", "rb")) # Load the file 'bclock.conf'
            bitLN = bitData # Copy the variable pathv to 'path'
            gameroom()
        else:
            clear()
            blogo()
            print(a)
            node_not = input("Do you want to pay this Game Access with your node? Y/n: ")
            if node_not in ["Y", "y"]:
                lndconnectload = {"ip_port":"", "tls":"", "macaroon":"", "ln":""}
                lndconnectData = pickle.load(open("blndconnect.conf", "rb")) # Load the file 'bclock.conf'
                lndconnectload = lndconnectData # Copy the variable pathv to 'path'
                bitLN['NN'] = randrange(10000000)
                curl = 'curl -X POST https://lnbits.com/api/v1/payments -d ' + "'{" + """"out": false, "amount": 10000, "memo": "Games on PyBLOCK {}" """.format(bitLN['NN']) + "}'" + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94 " -H "Content-type: application/json" """
                sh = os.popen(curl).read()
                clear()
                blogo()
                n = str(sh)
                d = json.loads(n)
                q = d['payment_request']
                c = q.lower()
                if lndconnectload['ip_port']:
                    while True:
                        print("Lightning Invoice: " + c)
                        payinvoice()
                        dn = str(d['checking_id'])
                        t.sleep(10)
                        checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                        rsh = os.popen(checkcurl).read()
                        clear()
                        blogo()
                        nn = str(rsh)
                        dd = json.loads(nn)
                        db = dd['paid']
                        if db is not True:
                            continue

                        clear()
                        blogo()
                        tick()
                        bitLN['pd'] = "PAID"
                        pickle.dump(bitLN, open("1984SN.conf", "wb"))
                        gameroom()
                        break

                elif lndconnectload['ln']:
                    while True:
                        print("Lightning Invoice: " + c)
                        localpayinvoice()
                        dn = str(d['checking_id'])
                        t.sleep(10)
                        checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                        rsh = os.popen(checkcurl).read()
                        clear()
                        blogo()
                        nn = str(rsh)
                        dd = json.loads(nn)
                        db = dd['paid']
                        if db is not True:
                            continue

                        clear()
                        blogo()
                        tick()
                        bitLN['pd'] = "PAID"
                        pickle.dump(bitLN, open("1984SN.conf", "wb"))
                        gameroom()
                        break
            else:
                qr = qrcode.QRCode(
                version=1,
                error_correction=qrcode.constants.ERROR_CORRECT_L,
                box_size=10,
                border=4,
                )
                bitLN['NN'] = randrange(10000000)
                curl = 'curl -X POST https://lnbits.com/api/v1/payments -d ' + "'{" + """"out": false, "amount": 10000, "memo": "Games on PyBLOCK {}" """.format(bitLN['NN']) + "}'" + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94 " -H "Content-type: application/json" """
                sh = os.popen(curl).read()
                clear()
                blogo()
                n = str(sh)
                d = json.loads(n)
                q = d['payment_request']
                c = q.lower()
                while True:
                    print("\033[1;30;47m")
                    qr.add_data(c)
                    qr.print_ascii()
                    print("\033[0;37;40m")
                    qr.clear()
                    print("Lightning Invoice: " + c)
                    dn = str(d['checking_id'])
                    t.sleep(10)
                    checkcurl = 'curl -X GET https://lnbits.com/api/v1/payments/' + dn + """ -H "X-Api-Key: 1d646820055e4e2da218e801eaacfc94" -H "Content-type: application/json" """
                    rsh = os.popen(checkcurl).read()
                    clear()
                    blogo()
                    nn = str(rsh)
                    dd = json.loads(nn)
                    db = dd['paid']
                    if db is True:
                        clear()
                        blogo()
                        tick()
                        bitLN['pd'] = "PAID"
                        pickle.dump(bitLN, open("1984SN.conf", "wb"))
                        gameroom()
                        break
                    else:
                        continue

    except:
        clear()
        blogo()
        print("\n\tSERIAL NUMBER NOT FOUND\n")
        input("Continue...")


def aaccPPiTippinMe():
    if os.path.isfile('tippinme.conf'): # Check if the file 'bclock.conf' is in the same folder
        APITippinMe()
    else:
        createFileTippinMe()

def aaccPPiTallyCo():
    if os.path.isfile('tallyco.conf'): # Check if the file 'bclock.conf' is in the same folder
        APITallyCo()
    else:
        createFileConnTallyCo()

def checkupdate():
    r = requests.get('https://raw.githubusercontent.com/curly60e/pyblock/master/ver.txt')
    r.headers['Content-Type']
    n = r.text
    di = json.loads(n)
    if di['version'] == version:
        q = print(" ")
    else:
        print("\n---------------------------------------------------")
        q = print("\n    \033[1;31;40mNew version available\033[0;37;40m > Press U to Upgrade\n")
        print("---------------------------------------------------")

def upgrade():
    gitfetch = "git fetch"
    gitchekcout = "git checkout origin/master -- PyBlock.py ppi.py pblogo.py sysinf.py apisnd.py clone.py donation.py feed.py logos.py nodeconnection.py lnd.py logic.py rebalance.py routes.py grpc_generated/router_pb2.py grpc_generated/router_pb2_grpc.py grpc_generated/rpc_pb2.py grpc_generated/rpc_pb2_grpc.py requirements.txt"
    clear()
    blogo()
    b = os.popen(gitfetch).read()
    a = os.popen(gitchekcout).read()
    print(b)
    print(a)
    print("\n---------------------------------------------------")
    print("\n\t\033[1;31;40mYou'll need to restart PyBLOCK\033[0;37;40m\n")
    print("---------------------------------------------------\n")
    input("Continue...")

def testlogo():
    output = render('PyBLOCK', colors=[settings['colorA'], settings['colorB']], align='left', font=settings['design'])
    print(output)
    print("""

    -------------------------
        Design:      {}
        Front Color: {}
        Back Color:  {}
    -------------------------

    """.format(settings['design'], settings['colorA'], settings['colorB']))
    try:
        print("<<< Cancel Control + C")
        input("Enter To Apply...")
        settings["gradient"] = "color"
        pickle.dump(settings, open("pyblocksettings.conf", "wb"))
    except:
        pass

def testlogoRB():
    output = render('PyBLOCK', gradient=[settings['colorA'], settings['colorB']], align='left', font=settings['design'])
    print(output)
    print("""

    -------------------------
        Design:      {}
        Start Color: {}
        End Color:   {}
    -------------------------

    """.format(settings['design'], settings['colorA'], settings['colorB']))
    try:
        print("<<< Cancel Control + C")
        input("Enter To Apply...")
        settings["gradient"] = "grd"
        pickle.dump(settings, open("pyblocksettings.conf", "wb"))
    except:
        pass

def testClock():
    bitcoinclient = path['bitcoincli'] + " getblockcount"
    block = os.popen(str(bitcoinclient)).read() # 'getblockcount' convert to string
    b = block
    output = render(str(b), colors=[settingsClock['colorA'], settingsClock['colorB']], align='left')
    print(output)
    print("""

    -------------------------
        Front Color: {}
        Back Color:  {}
    -------------------------

    """.format(settingsClock['colorA'], settingsClock['colorB']))
    try:
        print("<<< Cancel Control + C")
        input("Enter To Apply...")
        settingsClock["gradient"] = "color"
        pickle.dump(settingsClock, open("pyblocksettingsClock.conf", "wb"))
    except:
        pass

#--------------------------------- End Menu section -----------------------------------
#--------------------------------- Main Menu execution --------------------------------

def menuSettingsLocal(menuSTT):
    if menuSTT in ["A", "a"]:
        clear()
        blogo()
        designQ()
    elif menuSTT in ["B", "b"]:
        clear()
        blogo()
        colors()
    elif menuSTT in ["C", "c"]:
        clear()
        blogo()
        colorsC()

def menuSettingsRemote(menuSTT):
    if menuSTT in ["A", "a"]:
        clear()
        blogo()
        designQ()
    elif menuSTT in ["B", "b"]:
        clear()
        blogo()
        colors()
    elif menuSTT in ["C", "c"]:
        clear()
        blogo()
        colorsCRemote()

def menuColors(menuCLS):
    if menuCLS in ["A", "a"]:
        colorsSelectFront()
    elif menuCLS in ["B", "b"]:
        colorsSelectBack()
    elif menuCLS in ["C", "c"]:
        colorsSelectRainbow()
    elif menuCLS in ["F", "f"]:
        colors()

def menuColorsClock(menuCLS):
    if menuCLS in ["A", "a"]:
        colorsSelectFrontClock()
    elif menuCLS in ["B", "b"]:
        colorsSelectBackClock()
    elif menuCLS in ["F", "f"]:
        colors()

def menuColorsClockRemote(menuCLS):
    if menuCLS in ["A", "a"]:
        colorsSelectFrontClockRemote()
    elif menuCLS in ["B", "b"]:
        colorsSelectBackClockRemote()
    elif menuCLS in ["F", "f"]:
        colors()

def menuColorsSelectRainbow(menuRF):
    if menuRF in ["A", "a"]:
        colorsSelectRainbowStart()
    elif menuRF in ["B", "b"]:
        colorsSelectRainbowEnd()
    elif menuRF in ["F", "f"]:
        colors()

def menuColorsSelectRainbowEnd(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settings["colorB"] = "black"
        testlogoRB()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settings["colorB"] = "red"
        testlogoRB()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settings["colorB"] = "green"
        testlogoRB()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settings["colorB"] = "yellow"
        testlogo()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settings["colorB"] = "blue"
        testlogoRB()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settings["colorB"] = "magenta"
        testlogoRB()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settings["colorB"] = "cyan"
        testlogoRB()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settings["colorB"] = "white"
        testlogoRB()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settings["colorB"] = "gray"
        testlogoRB()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectRainbowStart(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settings["colorA"] = "black"
        testlogoRB()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settings["colorA"] = "red"
        testlogoRB()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settings["colorA"] = "green"
        testlogoRB()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settings["colorA"] = "yellow"
        testlogoRB()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settings["colorA"] = "blue"
        testlogoRB()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settings["colorA"] = "magenta"
        testlogoRB()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settings["colorA"] = "cyan"
        testlogoRB()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settings["colorA"] = "white"
        testlogoRB()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settings["colorA"] = "gray"
        testlogoRB()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectBack(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settings["colorB"] = "black"
        testlogo()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settings["colorB"] = "red"
        testlogo()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settings["colorB"] = "green"
        testlogo()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settings["colorB"] = "yellow"
        testlogo()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settings["colorB"] = "blue"
        testlogo()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settings["colorB"] = "magenta"
        testlogo()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settings["colorB"] = "cyan"
        testlogo()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settings["colorB"] = "white"
        testlogo()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settings["colorB"] = "gray"
        testlogo()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectFront(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settings["colorA"] = "black"
        testlogo()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settings["colorA"] = "red"
        testlogo()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settings["colorA"] = "green"
        testlogo()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settings["colorA"] = "yellow"
        testlogo()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settings["colorA"] = "blue"
        testlogo()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settings["colorA"] = "magenta"
        testlogo()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settings["colorA"] = "cyan"
        testlogo()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settings["colorA"] = "white"
        testlogo()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settings["colorA"] = "gray"
        testlogo()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectFrontClock(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settingsClock["colorA"] = "black"
        testClock()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settingsClock["colorA"] = "red"
        testClock()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settingsClock["colorA"] = "green"
        testClock()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settingsClock["colorA"] = "yellow"
        testClock()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settingsClock["colorA"] = "blue"
        testClock()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settingsClock["colorA"] = "magenta"
        testClock()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settingsClock["colorA"] = "cyan"
        testClock()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settingsClock["colorA"] = "white"
        testClock()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settingsClock["colorA"] = "gray"
        testClock()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectBackClock(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settingsClock["colorB"] = "black"
        testClock()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settingsClock["colorB"] = "red"
        testClock()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settingsClock["colorB"] = "green"
        testClock()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settingsClock["colorB"] = "yellow"
        testClock()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settingsClock["colorB"] = "blue"
        testClock()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settingsClock["colorB"] = "magenta"
        testClock()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settingsClock["colorB"] = "cyan"
        testClock()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settingsClock["colorB"] = "white"
        testClock()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settingsClock["colorB"] = "gray"
        testClock()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectFrontClockRemote(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settingsClock["colorA"] = "black"
        testClockRemote()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settingsClock["colorA"] = "red"
        testClockRemote()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settingsClock["colorA"] = "green"
        testClockRemote()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settingsClock["colorA"] = "yellow"
        testClockRemote()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settingsClock["colorA"] = "blue"
        testClockRemote()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settingsClock["colorA"] = "magenta"
        testClockRemote()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settingsClock["colorA"] = "cyan"
        testClockRemote()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settingsClock["colorA"] = "white"
        testClockRemote()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settingsClock["colorA"] = "gray"
        testClockRemote()
    elif menuCF in ["R", "r"]:
        colors()

def menuColorsSelectBackClockRemote(menuCF):
    if menuCF in ["A", "a"]:
        clear()
        blogo()
        settingsClock["colorB"] = "black"
        testClockRemote()
    elif menuCF in ["B", "b"]:
        clear()
        blogo()
        settingsClock["colorB"] = "red"
        testClockRemote()
    elif menuCF in ["C", "c"]:
        clear()
        blogo()
        settingsClock["colorB"] = "green"
        testClockRemote()
    elif menuCF in ["D", "d"]:
        clear()
        blogo()
        settingsClock["colorB"] = "yellow"
        testClockRemote()
    elif menuCF in ["E", "e"]:
        clear()
        blogo()
        settingsClock["colorB"] = "blue"
        testClockRemote()
    elif menuCF in ["F", "f"]:
        clear()
        blogo()
        settingsClock["colorB"] = "magenta"
        testClockRemote()
    elif menuCF in ["G", "g"]:
        clear()
        blogo()
        settingsClock["colorB"] = "cyan"
        testClockRemote()
    elif menuCF in ["H", "h"]:
        clear()
        blogo()
        settingsClock["colorB"] = "white"
        testClockRemote()
    elif menuCF in ["I", "i"]:
        clear()
        blogo()
        settingsClock["colorB"] = "gray"
        testClockRemote()
    elif menuCF in ["R", "r"]:
        colors()

def menuDesign(menuDSN):
    if menuDSN in ["A", "a"]:
        clear()
        blogo()
        settings["design"] = "block"
        testlogo()
    elif menuDSN in ["B", "b"]:
        clear()
        blogo()
        settings['design'] = "slick"
        testlogo()
    elif menuDSN in ["C", "c"]:
        clear()
        blogo()
        settings['design'] = "tiny"
        testlogo()
    elif menuDSN in ["D", "d"]:
        clear()
        blogo()
        settings['design'] = "grid"
        testlogo()
    elif menuDSN in ["E", "e"]:
        clear()
        blogo()
        settings['design'] = "pallet"
        testlogo()
    elif menuDSN in ["F", "f"]:
        clear()
        blogo()
        settings['design'] = "shade"
        testlogo()
    elif menuDSN in ["G", "g"]:
        clear()
        blogo()
        settings['design'] = "chrome"
        testlogo()
    elif menuDSN in ["H", "h"]:
        clear()
        blogo()
        settings['design'] = "simple"
        testlogo()
    elif menuDSN in ["I", "i"]:
        clear()
        blogo()
        settings['design'] = "simpleBlock"
        testlogo()
    elif menuDSN in ["J", "j"]:
        clear()
        blogo()
        settings['design'] = "3d"
        testlogo()
    elif menuDSN in ["K", "k"]:
        clear()
        blogo()
        settings['design'] = "simple3d"
        testlogo()
    elif menuDSN in ["L", "l"]:
        clear()
        blogo()
        settings['design'] = "huge"
        testlogo()

#------------API---------------------

def menuPI(menuWN):
    if menuWN in ["A", "a"]:
        aaccPPiTippinMe()
    elif menuWN in ["B", "b"]:
        aaccPPiTallyCo()
    elif menuWN in ["C", "c"]:
        mempoolmenu()
    elif menuWN in ["D", "d"]:
        clear()
        blogo()
        CoingeckoPP()
    elif menuWN in ["E", "e"]:
        rateSX()
    elif menuWN in ["F", "f"]:
        bwtConn()
    elif menuWN in ["G", "g"]:
        aaccPPiLNBits()
    elif menuWN in ["H", "h"]:
        aaccPPiLNPay()
    elif menuWN in ["I", "i"]:
        aaccPPiOpenNode()

def mempoolmenuS(menuMem):
    if menuMem in ["A", "a"]:
        blocks()
    elif menuMem in ["B", "b"]:
        fee()
    elif menuMem in ["R", "r"]:
        APIMenuLOCAL()

def menuTallyCo(menuTLC):
    if menuTLC in ["A", "a"]:
        tallycoGetPayment()
    elif menuTLC in ["B", "b"]:
        tallycoDonateid()
    elif menuTLC in ["R", "r"]:
        APIMenuLOCAL()

def menuTippinMe(menuTM):
    if menuTM in ["A", "a"]:
        tippinmeGetInvoice()
    elif menuTM in ["R", "r"]:
        APIMenuLOCAL()

def menuOpenNode(menuOP):
    if menuOP in ["A", "a"]:
        clear()
        blogo()
        OpenNodecreatecharge()
    elif menuOP in ["B", "b"]:
        clear()
        blogo()
        OpenNodeiniciatewithdrawal()
    elif menuOP in ["C", "c"]:
        clear()
        blogo()
        OpenNodelistfunds()
    elif menuOP in ["D", "d"]:
        clear()
        blogo()
        OpenNodeListPayments()
    elif menuOP in ["S", "s"]:
        clear()
        blogo()
        OpenNodeCheckStatus()
    elif menuOP in ["R", "r"]:
        APIMenu()

def menuLNPAY(menuNW):
    if menuNW in ["A", "a"]:
        clear()
        blogo()
        lnpayCreateInvoice()
    elif menuNW in ["B", "b"]:
        clear()
        blogo()
        lnpayPayInvoice()
    elif menuNW in ["C", "c"]:
        clear()
        blogo()
        lnpayGetBalance()
    elif menuNW in ["D", "d"]:
        clear()
        blogo()
        lnpayGetTransactions()
    elif menuNW in ["E", "e"]:
        clear()
        blogo()
        lnpayTransBWallets()
    elif menuNW in ["R", "r"]:
        APIMenuLOCAL()

def menuLNBPI(menuLNQ):
    if menuLNQ in ["A", "a"]:
        clear()
        blogo()
        lnbitCreateNewInvoice()
    elif menuLNQ in ["B", "b"]:
        clear()
        blogo()
        lnbitPayInvoice()
    elif menuLNQ in ["C", "c"]:
        clear()
        blogo()
        lnbitCreatePayWall()
    elif menuLNQ in ["D", "d"]:
        clear()
        blogo()
        lnbitDeletePayWall()
    elif menuLNQ in ["E", "e"]:
        clear()
        blogo()
        lnbitListPawWall()
    elif menuLNQ in ["R", "r"]:
        APIMenuLOCAL()

def rateSXMenu(menuSX):
    if menuSX in ["A", "a"]:
        clear()
        blogo()
        rateSXList()
    elif menuSX in ["B", "b"]:
        clear()
        blogo()
        rateSXGraph()
    elif menuSX in ["R", "r"]:
        APIMenuLOCAL()

#---------------END API-----------


def runTheNumbersControl(menuNumbers):
    if menuNumbers in ["A", "a"]:
        clear()
        blogo()
        countdownblock()
    elif menuNumbers in ["B", "b"]:
        clear()
        blogo()
        localHalving()
    elif menuNumbers in ["C", "c"]:
        clear()
        blogo()
        calc = """
                    ----------------------------
                             PROCESSING
                            THE  NUMBERS
                    ----------------------------
         """
        comeback = """
                    ----------------------------
                       MAKE YOURSELF A COFFEE
                         AND COME BACK IN A
                               MOMENT
                    ----------------------------
        """
        cprint(comeback, 'yellow')
        cprint(calc, 'red', attrs=['blink'])
        runthenumbers()

def runTheNumbersControlConn(menuNumbersconn):
    if menuNumbersconn in ["A", "a"]:
        clear()
        blogo()
        countdownblockConn()
    elif menuNumbersconn in ["B", "b"]:
        clear()
        blogo()
        remoteHalving()
    elif menuNumbersconn in ["C", "c"]:
        clear()
        blogo()
        calc = """
                    ----------------------------
                             PROCESSING
                            THE  NUMBERS
                    ----------------------------
         """
        comeback = """
                    ----------------------------
                       MAKE YOURSELF A COFFEE
                         AND COME BACK IN A
                               MOMENT
                    ----------------------------
        """
        cprint(comeback, 'yellow')
        cprint(calc, 'red', attrs=['blink'])
        runthenumbersConn()

def menuWeather(menuWD):
    if menuWD in ["A", "a"]:
        wttrDataV1()
    elif menuWD in ["B", "b"]:
        wttrDataV2()

def mainmenuLOCALcontrol(menuS): #Execution of the Main Menu options
    if menuS in ["A", "a"]:
        artist()
    elif menuS in ["B", "b"]:
        bitcoincoremenuLOCAL()
    elif menuS in ["L", "l"]:
        lightningnetworkLOCAL()
    elif menuS in ["S", "s"]:
        settings4Local()
    elif menuS in ["P", "p"]:
        APIMenuLOCAL()
    elif menuS in ["X", "x"]:
        dnt()
    elif menuS in ["U", "u"]:
        upgrade()
    elif menuS in ["Q", "q"]:
        os._exit(0)
        apisnd.close()
        donation.close()
        clone.close()
        logos.close()
        feed.close()
        sysinf.close()
        nodeconnection.close()
        exit()
    elif menuS in ["T", "t"]:
        clear()
        delay_print("\033[1;32;40mWake up, Neo...")
        t.sleep(2)
        clear()
        delay_print("The Matrix has you...")
        t.sleep(2)
        clear()
        delay_print("Follow the white rabbit.")
        t.sleep(3)
        clear()
        print("Knock, knock, Neo.\033[0;37;40m\n")
        t.sleep(2)
        clear()
        t.sleep(3)
        screensv()

def bitcoincoremenuLOCALcontrolA(bcore):
    if bcore in ["A", "a"]:
        while True:
            try:
                clear()
                blogo()
                sysinfo()
                close()
                console()
                t.sleep(5)
            except:
                break
    elif bcore in ["B", "b"]:
        clear()
        blogo()
        getgenesis()
        input("Continue...")
        menuSelection()
    elif bcore in ["C", "c"]:
        getblock()
    elif bcore in ["D", "d"]:
        runTheNumbersMenu()
    elif bcore in ["E", "e"]:
        decodeHex()
    elif bcore in ["F", "f"]:
        try:
            clear()
            blogo()
            sysinfo()
            close()
            decodeQR()
            input("Continue...")
        except:
            pass
    elif bcore in ["G", "g"]:
        getrawtx()
    elif bcore in ["H", "h"]:
        miscellaneousLOCAL()

def miscellaneousLOCALmenu(misce):
    if misce in ["A", "a"]:
        while True:
            try:
                clear()
                blogo()
                close()
                logoA()
                tmp()
                clear()
                blogo()
                close()
                logoB()
                tmp()
                clear()
                blogo()
                close()
                logoC()
                tmp()
            except:
                break
    elif misce in ["B", "b"]:
        while True:
            try:
                clear()
                blogo()
                close()
                sysinfoDetail()
                t.sleep(1)
            except:
                break

def decodeHexLOCAL(hexloc):
    if hexloc in ["A", "a"]:
        clear()
        blogo()
        close()
        try:
            readHexBlock()
            while True:
                r = input("Do you want to continue decoding? Y/n: ")
                if r in ["Y", "y"]:
                    clear()
                    blogo()
                    readHexBlock()
                else:
                    break
        except:
            pass
    elif hexloc in ["B", "b"]:
        clear()
        blogo()
        close()
        try:
            readHexTx()
            while True:
                r = input("Do you want to continue decoding? Y/n: ")
                if r in ["Y", "y"]:
                    clear()
                    blogo()
                    sysinfo()
                    readHexTx()
                else:
                    break
        except:
            pass
def lightningnetworkLOCALcontrol(lncore):
    if lncore in ["A", "a"]:
        while True:
            try:
                clear()
                blogo()
                sysinfo()
                close()
                consoleLN()
                t.sleep(5)
            except:
                break
    elif lncore in ["B", "b"]:
        clear()
        blogo()
        localaddinvoice()
    elif lncore in ["C", "c"]:
        clear()
        blogo()
        localpayinvoice()
    elif lncore in ["D", "d"]:
        clear()
        blogo()
        localkeysend()
    elif lncore in ["E", "e"]:
        clear()
        blogo()
        localnewaddress()
    elif lncore in ["F", "f"]:
        clear()
        blogo()
        locallistinvoices()
    elif lncore in ["G", "g"]:
        clear()
        blogo()
        localchannelbalance()
    elif lncore in ["H", "h"]:
        clear()
        blogo()
        locallistchannels()
    elif lncore in ["I", "i"]:
        clear()
        blogo()
        localrebalancelnd()
    elif lncore in ["J", "j"]:
        clear()
        blogo()
        locallistpeersQQ()
    elif lncore in ["K", "k"]:
        clear()
        blogo()
        localconnectpeer()
    elif lncore in ["L", "l"]:
        clear()
        blogo()
        localbalanceOC()
    elif lncore in ["M", "m"]:
        clear()
        blogo()
        locallistchaintxns()
    elif lncore in ["N", "n"]:
        clear()
        blogo()
        localgetinfo()
    elif lncore in ["O", "o"]:
        clear()
        blogo()
        localgetnetworkinfo()
    elif lncore in ["Q", "q"]:
        menuSelection()

def platfformsLOCALcontrol(platf):
    if platf in ["A", "a"]:
        aaccPPiTippinMe()
    elif platf in ["B", "b"]:
        aaccPPiTallyCo()
    elif platf in ["C", "c"]:
        mempoolmenu()
    elif platf in ["D", "d"]:
        clear()
        blogo()
        CoingeckoPP()
    elif platf in ["E", "e"]:
        rateSX()
    elif platf in ["F", "f"]:
        bwtConn()
    elif platf in ["G", "g"]:
        aaccPPiLNBits()
    elif platf in ["H", "h"]:
        aaccPPiLNPay()
    elif platf in ["I", "i"]:
        aaccPPiOpenNode()
    elif platf in ["J", "j"]:
        satnodeMenu()
    elif platf in ["K", "k"]:
        weatherMenu()
    elif platf in ["L", "l"]:
        gameroom()

#----------------------------REMOTE MENUS

def mainmenuREMOTEcontrol(menuS): #Execution of the Main Menu options
    if menuS in ["A", "a"]:
        while True:
            try:
                clear()
                close()
                remotegetblock()
                tmp()
            except:
                break
    elif menuS in ["B", "b"]:
        bitcoincoremenuREMOTE()
    elif menuS in ["L", "l"]:
        lightningnetworkREMOTE()
    elif menuS in ["P", "p"]:
        APIMenuREMOTE()
    elif menuS in ["X", "x"]:
        dnt()
    elif menuS in ["U", "u"]:
        upgrade()
    elif menuS in ["S", "s"]:
        settings4Remote()
    elif menuS in ["Q", "q"]:
        os._exit(0)
        apisnd.close()
        donation.close()
        clone.close()
        logos.close()
        feed.close()
        sysinf.close()
        nodeconnection.close()
        exit()
    elif menuS in ["T", "t"]: #Test feature fast access
        clear()
        delay_print("\033[1;32;40mWake up, Neo...")
        t.sleep(2)
        clear()
        delay_print("The Matrix has you...")
        t.sleep(2)
        clear()
        delay_print("Follow the white rabbit.")
        t.sleep(3)
        clear()
        print("Knock, knock, Neo.\033[0;37;40m\n")
        t.sleep(2)
        clear()
        t.sleep(3)
        screensv()

def bitcoincoremenuREMOTEcontrol(bcore):
    if bcore in ["A", "a"]:
        while True:
            try:
                clear()
                blogo()
                sysinfo()
                close()
                remoteconsole()
                t.sleep(5)
            except:
                break
    elif bcore in ["B", "b"]:
        remotegetblockcount()
    elif bcore in ["C", "c"]:
        runTheNumbersMenuConn()
    elif bcore in ["D", "d"]:
        try:
            clear()
            blogo()
            sysinfo()
            close()
            decodeQR()
            input("Continue...")
        except:
            pass
    elif bcore in ["E", "e"]:
        miscellaneousREMOTE()

def miscellaneousREMOTEmenu(misce):
    if misce in ["A", "a"]:
        while True:
            try:
                clear()
                blogo()
                close()
                logoA()
                tmp()
                clear()
                blogo()
                close()
                logoB()
                tmp()
                clear()
                blogo()
                close()
                logoC()
                tmp()
            except:
                break
    elif misce in ["B", "b"]:
        while True:
            try:
                clear()
                blogo()
                close()
                sysinfoDetail()
                t.sleep(1)
            except:
                break

def lightningnetworkREMOTEcontrol(lncore):
    if lncore in ["A", "a"]:
        clear()
        blogo()
        getnewinvoice()
    elif lncore in ["B", "b"]:
        clear()
        blogo()
        payinvoice()
    elif lncore in ["C", "c"]:
        clear()
        blogo()
        getnewaddress()
    elif lncore in ["D", "d"]:
        clear()
        blogo()
        listinvoice()
    elif lncore in ["E", "e"]:
        clear()
        blogo()
        channelbalance()
    elif lncore in ["F", "f"]:
        clear()
        blogo()
        channels()
    elif lncore in ["G", "g"]:
        clear()
        blogo()
        balanceOC()
    elif lncore in ["H", "h"]:
        clear()
        blogo()
        listonchaintxs()
    elif lncore in ["I", "i"]:
        clear()
        blogo()
        getinfo()
    elif lncore in ["Q", "q"]:
        mainmenuREMOTE()

def platfformsREMOTEcontrol(platf):
    if platf in ["A", "a"]:
        aaccPPiTippinMe()
    elif platf in ["B", "b"]:
        aaccPPiTallyCo()
    elif platf in ["C", "c"]:
        mempoolmenu()
    elif platf in ["D", "d"]:
        clear()
        blogo()
        CoingeckoPP()
    elif platf in ["E", "e"]:
        rateSX()
    elif platf in ["F", "f"]:
        bwtConn()
    elif platf in ["G", "g"]:
        aaccPPiLNBits()
    elif platf in ["H", "h"]:
        aaccPPiLNPay()
    elif platf in ["I", "i"]:
        aaccPPiOpenNode()
    elif platf in ["J", "j"]:
        satnodeMenu()
    elif platf in ["K", "k"]:
        weatherMenu()
    elif platf in ["L", "l"]:
        gameroom()

def menuC(menuO): # Donation access Menu
    if menuO in ["A", "a"]:
        dntDev()
    elif menuO in ["B", "b"]:
        dntTst()
    elif menuO in ["R", "r"]:
        menuSelection()

def menuD(menuN): # Satnode access Menu
    if menuN in ["A", "a"]:
        satnode()
    elif menuN in ["B", "b"]:
        readFile()
    elif menuN in ["S", "s"]:
        try:
            close()
            message = input("\n\033[0;37;40mYour message it's a \033[1;34;40mF\033[0;37;40mile or a plain \033[1;32;40mT\033[0;37;40mext? \033[1;34;40mF\033[0;37;40m/\033[1;32;40mT\033[0;37;40m: ")
            if message in ["F", "f"]:
                try:
                    clear()
                    blogo()
                    close()
                    apisenderFile()
                    t.sleep(30)
                    menuSelection()
                except:
                    menuSelection()
            elif message in ["T", "t"]:
                try:
                    clear()
                    blogo()
                    close()
                    apisender()
                    t.sleep(30)
                    menuSelection()
                except:
                    menuSelection()
        except:
            menuSelection()
    elif menuN in ["C", "c"]:
        print("\n\t This only will work on Linux or Unix systems.\n")
        a = input("Do we continue? Y/n: ")
        if a in ["Y", "y"]:
            gitclone()
        else:
            menuSelection()
    elif menuN in ["D", "d"]:
        menuSelection()

def menuE(menuQ): # Dev Donation access Menu

    if menuQ in ["A", "a"]:
        try:
            clear()
            blogo()
            close()
            donationAddr()
            t.sleep(50)
            menuSelection()
        except:
            menuSelection()
    elif menuQ in ["B", "b"]:
        try:
            clear()
            blogo()
            close()
            donationLN()
            t.sleep(50)
            menuSelection()
        except:
            menuSelection()
    elif menuQ in ["R", "r"]:
        menuSelection()

def menuF(menuV): # Tester Donation access Menu
    if menuV in ["A", "a"]:
        try:
            clear()
            blogo()
            close()
            donationAddrTst()
            t.sleep(50)
            menuSelection()
        except:
            menuSelection()
    elif menuV in ["B", "b"]:
        try:
            clear()
            blogo()
            close()
            donationLNTst()
            t.sleep(50)
            menuSelection()
        except:
            menuSelection()
    elif menuV in ["R", "r"]:
        menuSelection()
#---------------------------------------------------------------------------------
def testClockRemote():
    b = rpc('getblockcount')
    c = str(b)
    a = c
    output = render(str(c), colors=[settingsClock['colorA'], settingsClock['colorB']], align='left')
    print(output)
    print("""

    -------------------------
        Front Color: {}
        Back Color:  {}
    -------------------------

    """.format(settingsClock['colorA'], settingsClock['colorB']))
    try:
        print("<<< Cancel Control + C")
        input("Enter To Apply...")
        settingsClock["gradient"] = "color"
        pickle.dump(settingsClock, open("pyblocksettingsClock.conf", "wb"))
    except:
        pass

#--------------------------------- End Main Menu execution --------------------------------


settings = {"gradient":"", "design":"block", "colorA":"green", "colorB":"yellow"}
settingsClock = {"gradient":"", "colorA":"green", "colorB":"yellow"}
while True: # Loop
    clear()
    path = {"ip_port":"", "rpcuser":"", "rpcpass":"", "bitcoincli":""}

    if os.path.isfile('bclock.conf') or os.path.isfile('blnclock.conf'): # Check if the file 'bclock.conf' is in the same folder
        pathv = pickle.load(open("bclock.conf", "rb")) # Load the file 'bclock.conf'
        path = pathv # Copy the variable pathv to 'path'
    else:
        blogo()
        print("Welcome to \033[1;31;40mPyBLOCK\033[0;37;40m\n\n")
        print("\n\tIf you are going to use your local node leave IP:PORT/USER/PASSWORD in blank.\n")
        path['ip_port'] = "http://{}".format(input("Insert IP:PORT to access your remote Bitcoin-Cli node: "))
        path['rpcuser'] = input("RPC User: ")
        path['rpcpass'] = input("RPC Password: ")
        print("\n\tLocal Bitcoin Core Node connection.\n")
        path['bitcoincli']= input("Insert the Path to Bitcoin-Cli: ")
        pickle.dump(path, open("bclock.conf", "wb"))

    menuSelection()