Python script to calculate time to win full block and revenue per day. (GPU MINING)

whattomine-hashtimes.py

#!/usr/bin/python
# -*- coding: utf-8 -*-

# "Whattomine GPU Hash time calculator"
#
# This is not for CPU or ASIC calculations.
# Author: Brady Shea
# Email:  Use github user: bmatthewshea or gist comments
# Origin: https://gist.github.com/bmatthewshea/90b120722e0561dd235adcdc231b6765
#
# If this script helps you, please consider a small donation!
#
# BTC 1CmuTLFoApWRxXRaZvpsQ1cC9gdJSef3K6
# ETH 4e06e4080E6043dfF23c8b634712Aca2e1DE4347
# LTC LawZKPgkUc1DJRjdMqH2u8L6cgSMpD8H2E
# XMR 49mRDhPU1qURWT5g9ZPuexELwSr1VUpKMQMPRHTkkezXG3eQ1rHYedkieb7RkzPkVrW9QPm3r6cLA1AuJEDKLrqzRFPyZ79
# XVG/Verge D64XkTk9YnR2HX3CupZWxWnWwC3TVDRt3T
# FTC/FeatherCoin 6sStepeFZg3o4VYb2HRNJmw2sRnfVJhmdQ
# Thank you!

# Currently the script calculates on many coin types/algos but is more accurate on ethash:
# (ETH, ETC, EXP, PIRL, UBIQ, ELLA, MUSIC, SOIL, etc) neoscript, lyra, cryptonight/note should also be accurate
#                    THIS IS A WORK IN PROGRESS - EXCUSE THE MESS.
# Non-GPU minable asic algos (SHA-256 + any others) hashtimes are displayed as if using a GPU (In TH).
# In other words, they are shown just for fun.

import json, requests, collections, math, argparse, sys
import urllib3
urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning)

# You can adjust this however you want:

minerapi = 'https://whattomine.com/calculators.json'
priceapi = 'https://api.coindesk.com/v1/bpi/currentprice.json'

speeds = ['10.0', '15.0', '20.0', '25.0', '30.0', '50.0', '100.0', '250.0', '300.0', '350.0', '600.0', '650.0', '750.0', '1000.0', '2000.0', '3000.0', '4000.0', '5000.0', '10000.0']

heading0 = "Note: Ethash, equihash, neoscript, cryptonight and lyra calculations are more precise than others.\n      The times below are 'averages'. Seconds are at 1.0/100% variance to win a full block."
heading1 = "Speed       Secs to win block         Time to win block          Coins/Day - USD Revenue"
heading2 = "==========  ========================  ========================   ======================="

# Dictionary for modifiers on hash calculation and text labels for hash speed
dModifiers = {}
# Lower means longer times
dModifiers ={
               'SHA-256':       {'modifier': 0.98e12,     'dHlabel': "TH"    }, \
               'Skunkhash':     {'modifier': 616666.0,    'dHlabel': "MH"    }, \
               'Pascal':        {'modifier': 22999977.0,  'dHlabel': "MH"    }, \
               'LBRY':          {'modifier': 4499995.0,   'dHlabel': "MH"    }, \
               'Groestl':       {'modifier': 616666.0,    'dHlabel': "MH"    }, \
               'X11Gost':       {'modifier': 229999.7,    'dHlabel': "MH"    }, \
               'Blake2b':       {'modifier': 32999967.0,  'dHlabel': "MH"    }, \
               'Blake14r':      {'modifier': 44999955.0,  'dHlabel': "MH"    }, \
               'NeoScrypt':     {'modifier': 1192.0,      'dHlabel': "KH"    }, \
               'Lyra2REv2':     {'modifier': 1e6,         'dHlabel': "MH"    }, \
               'Equihash':      {'modifier': 0.000235,    'dHlabel': "H"     }, \
               'TimeTravel10':  {'modifier': 1e6,         'dHlabel': "MH"    }, \
               'Xevan':         {'modifier': 1e3,         'dHlabel': "KH"    }, \
               'CryptoNight':   {'modifier': 1,           'dHlabel': "H"     }, \
               'CryptoNightV7': {'modifier': 1,           'dHlabel': "H"     }, \
               'Ethash':        {'modifier': 1e6,         'dHlabel': "MH"    }, \
               'Etchash':       {'modifier': 1e6,         'dHlabel': "MH"    }, \
               'Autolykos':     {'modifier': 1e6,         'dHlabel': "MH"    }, \
               'Ubqhash':       {'modifier': 1e6,         'dHlabel': "MH"    }
            }
# So far: ETHASH, CNIGHT, NEOSCRIPT, LYRA2, TimeTravel should be precise/done

# Add some flags for command line and parse
parser = argparse.ArgumentParser(description='Grab crypto-coin data and do block time calculations.')
parser.add_argument('-m', '--manual', action='store_true', help='Enter current blocktime and nethash rate manually')
parser.add_argument('-n', '--name',   help='Crypto-coin full name. Example: Ethereum')
parser.add_argument('-s', '--symbol', help='Crypto-coin symbol name. Example: ETH')
args = parser.parse_args()

# label,seconds conversions
intervals = (
    ('years', 31557600), # 60 * 60 * 24 * 7 * 52.143.... <- using astronomical secs in year
    ('weeks', 604800),   # 60 * 60 * 24 * 7
    ('days', 86400),     # 60 * 60 * 24
    ('hours', 3600),     # 60 * 60
    ('minutes', 60),
    ('seconds', 1),
    )

#console colorcode
SETRED       = '\033[31m'
SETLRED      = '\033[91m'
SETGREEN     = '\033[32m'
SETLGREEN    = '\033[92m'
SETYELLOW    = '\033[33m'
SETLYELLOW   = '\033[93m'
SETBLUE      = '\033[34m'
SETLBLUE     = '\033[94m'
SETMAGENTA   = '\033[35m'
SETLMAGENTA  = '\033[95m'
SETCYAN      = '\033[36m'
SETLCYAN     = '\033[96m'
SETGREY      = '\033[37m'
SETLGREY     = '\033[97m'
RESET_COLOR  = '\033[0m'

# DEFs

def setcolor(colorcodestr, str):
    color_line = colorcodestr + str + RESET_COLOR
    return color_line

#print (SETBLUE, "Test color.")

# (default time granularity =2 fields) - https://stackoverflow.com/a/24542445/503621
def display_time(seconds, granularity=2):
    result = []

    for name, count in intervals:
        value = seconds // count
        if value:
            seconds -= value * count
            if value == 1:
                name = name.rstrip('s')
            result.append("{} {}".format(value, name))
    return ', '.join(result[:granularity])

# Create a keypaths for reverse dictionary call
def keypaths(nested):
    for key, value in nested.items():
        if isinstance(value, collections.abc.Mapping):
            for subkey, subvalue in keypaths(value):
                yield [key] + subkey, subvalue
        else:
            yield [key], value

def printTimeTable(speed, label, hashtime, coinsperday, revenue):
    print("{0:<7}{1:>1} {2:>25} {3:>25}   {4:8.8f} - ${5:.2f}".format(speed, " " + label, str(int(hashtime)) + " seconds", display_time(int(hashtime)), coinsperday, revenue))
    return

def setlabelmodifier(labelarg): #manual entry label/modifier
    if labelarg == "K":
        imod=1000
    if labelarg == "M":
        imod=1e6
    if labelarg == "G":
        imod=1e9
    if labelarg == "T":
        imod=1e12
    if labelarg == "H":
        imod=1
    else: # append H on others
        labelarg += "H"
    return labelarg, imod

def getuserspeed(): # ask for if user wants table output or specific speed?
    while True:
        try:
            userspeed = float(input(" Please enter a mining speed to calculate or <Enter> for default table speeds (30.0 = 30MH): "))
        except (ValueError, NameError, SyntaxError):
            userspeed = 0.0  # figure it's non-float/int or <enter>
            eraseline()      # just remove line since it's ignored anyway
            break
        else:                # needs some validation - assume it's valid int - break and return it:
            print
            break
    return userspeed

def eraseline():
    CURSOR_UP_ONE = '\x1b[1A'
    ERASE_LINE = '\x1b[2K'
    print(CURSOR_UP_ONE + ERASE_LINE)


# MANUAL LOOKUP
if args.manual:
   print("Manual entry:\nNote that calculating using difficulty isn't very accurate, but you need less input.\nWorks best on ETHash type coins and not at all on others.\n")
   sCalctype = ""
   while not sCalctype or sCalctype not in ('d', 'n'):
       sCalctype = str(raw_input(" Calculate using (d)ifficulty or (n)etwork hashrate: "))

   if sCalctype == "d":
       while True:
           try:
               iDifficulty = int(input(" Enter Difficulty (Example: 3242258038793980): "))
           except (ValueError, NameError):
               print("Not a number. Try again.")
               continue
           else:
               break
       if iDifficulty <= 10000:
           print("The difficulty entered is too low to calculate.")
           sys.exit()


       # ask if user wants table output or specific speed? (enter does table)
       fOutputspeed = 0.0
       fOutputspeed = getuserspeed()

       sHashlabel = ""
       while not sHashlabel or sHashlabel not in ('h', 'k', 'm', 'g', 't'):
           sHashlabel = str(raw_input(" Enter output speed ('h' = Hashes', 'k' = KH, 'm' = MH, 'g' = GH, 't' = TH): "))

       sHashlabel = sHashlabel.upper()
       sHashlabel, iMultiplier = setlabelmodifier(sHashlabel)

       print
       print(heading1 + "\n" + heading2)

       for currentspeed in speeds:
          iMySpeed = int(float(currentspeed)) * iMultiplier
          fHashtime = iDifficulty / iMySpeed
          printTimeTable(currentspeed, sHashlabel, fHashtime, 0.0000, 0.00)
       print

       sys.exit()

#not difficulty? do nethashrate , block time
   while True:
       try:
           iNethash = int(input(" Enter Network Hashrate (Example: 225534691668477): "))
       except (ValueError, NameError):
           print("Not a number. Try again.")
           continue
       else:
           break
   if iNethash <= 10000:
       print("The hashrate entered is too low to calculate.")
       sys.exit()

   while True:
       try:
           fBlocktime = float(input(" Enter current Blocktime (Example: '15.0'): "))
       except (ValueError, NameError):
           print("Not a number and/or decimal. Try again.")
           continue
       else:
           break

   while True:
       try:
           fBlockreward = float(input(" Enter block reward or <Enter> for None (Example: '5.0'): "))
       except (ValueError, NameError):
           fBlockreward = "n/a"
           continue
       else:
           break

   # ask if user wants table output or specific speed? (enter does table)
   fOutputspeed = 0.0
   fOutputspeed = getuserspeed()

   # ask user for type of output label/multiplier
   sHashlabel = ""
   while not sHashlabel or sHashlabel not in ('h', 'k', 'm', 'g', 't'):
       sHashlabel = str(raw_input(" Enter output speed ('h' = Hashes', 'k' = KH, 'm' = MH, 'g' = GH, 't' = TH): "))

   sHashlabel = sHashlabel.upper()
   sHashlabel, iMultiplier = setlabelmodifier(sHashlabel)

   print
   print(heading1 + "\n" + heading2)

   unitsperday = 0.00
   for currentspeed in speeds:
     iMySpeed = int(float(currentspeed)) * iMultiplier
     fHashtime = iNethash / iMySpeed * fBlocktime
     idifficulty = fHashtime * iMySpeed
     if (fBlockreward != "n/a" or fBlockreward != ""):
         unitsperday = (( iMySpeed * fBlockreward) / idifficulty) * 3600 * 24
     else:
         unitsperday = fBlockreward
     if fHashtime < fBlocktime:
         fHashtime = fBlocktime * 1.1
     printTimeTable(currentspeed, sHashlabel, fHashtime, unitsperday, 0.00)
   print
   sys.exit()

# Nothing on command line?:
if not (args.symbol or args.name):
   print("Nothing to do. Try \'-h\' - exiting.")
   sys.exit()

# Lookup symbol if used and update var coinName
if args.symbol:
   sSymbol = args.symbol.upper()
   url  = minerapi
   resp = requests.get(url)
   fulldata = json.loads(resp.text)
   reverse_dict = {}
   for keypath, value in keypaths(fulldata):
      reverse_dict.setdefault(value, []).append(keypath)
   CoinKeysLookup = reverse_dict[sSymbol]
   # set coin name to use it for NAME LOOKUP below
   coinName = CoinKeysLookup[0][1]

# NAME LOOKUP -> LOOK FOR COIN BY FULL NAME (use -n/--name)
try:
   coinName # chk if defined by the symbol look already? ^
except NameError: # if it isn't set the lookup to name from command line:
   coinName = args.name  # we already verified args.name exists above or wld have exited
   # fulldata didnt populate since its a name not symbol
   url  = minerapi
   resp = requests.get(url)
   fulldata = json.loads(resp.text)

# Give user some info if found or exit.
for items in fulldata['coins']:
   if items == coinName:
      coin_id = fulldata['coins'][coinName]['id']
      coin_symbol = fulldata['coins'][coinName]['tag']
      print("%s" % setcolor(SETGREEN, "\n" + coinName + "(" + coin_symbol + ") has been found at \'whattomine.com\' with ID " + str(coin_id) + ".\n"))
      url2 = 'https://whattomine.com/coins/' + str(coin_id) + '.json'
      resp2     = requests.get(url2)
      coindata = json.loads(resp2.text)
      if 'errors' in coindata:
         print("Sorry: The coin was found, but WhatToMine reports an error on that ID's JSON request.\n")
         print("Try consulting the json request here: \n" + url2 + "\n")
         sys.exit()
      break
else:
      print("\nSorry: Either your coin wasn't found or whattomine is down.\n")
      sys.exit()

#sys.exit()

# Grab some prices for conversions
btc_prices  = priceapi
#turned off verify - coindesk api ssl broken (11/2018)
r = requests.get(btc_prices, verify=False)
pricedata = json.loads(r.text)

USD = pricedata["bpi"]["USD"]["rate"].replace(',','')
GBP = pricedata["bpi"]["GBP"]["rate"].replace(',','')
EUR = pricedata["bpi"]["EUR"]["rate"].replace(',','')

BTCToUSD = float(USD)
BTCToGBP = float(GBP)
BTCToEUR = float(EUR)

# Grab rate/set currencies
fPrice         = coindata.get('exchange_rate', "Not found.")

if not coinName == "Bitcoin":
   fUSDrate       = fPrice * BTCToUSD
   fGBPrate       = fPrice * BTCToGBP
   fEURrate       = fPrice * BTCToEUR
else:
   fUSDrate       = BTCToUSD
   fGBPrate       = BTCToGBP
   fEURrate       = BTCToEUR
   fPrice         = 1.00

sDifficulty    = coindata.get('difficulty', "Not found.")
fDifficulty    = float(sDifficulty)

sCurrentblock  = coindata.get('last_block', "Not found.")

sBlockreward   = coindata.get('block_reward', "Not found.")
fBlockreward   = float(sBlockreward)

sBlocktime     = coindata.get('block_time', "Not found.")
fBlocktime     = float(sBlocktime)

sNethash       = coindata.get('nethash', "Not found.")
iNethash       = int(str(sNethash))

sAlgo          = coindata.get('algorithm', "Not found.")
fModifier      = dModifiers[sAlgo]['modifier']
sHashlabel     = dModifiers[sAlgo]['dHlabel']

# Print results

print("Coin:                   %s" %        setcolor(SETYELLOW, coinName))
print( "Symbol/Tag:             %s" %        setcolor(SETYELLOW, coin_symbol))
print
print("Algorithm:              %s" %        sAlgo)
print("Difficulty:             %.2f" %      fDifficulty)
print("Current Block:          %s" %        sCurrentblock)
print("Block Reward:           %s" %        sBlockreward)
print("Blocktime:              %s" %        sBlocktime)
print("Current Nethash:        %s" %        sNethash)
print
print("Exchange rate (BTC):    %f" %        fPrice)
print( "USD, GBP, EUR:          ${:<12.4f}   £{:<12.4f}   €{:<12.2f}".format(fUSDrate, fGBPrate, fEURrate))

if coinName == "Bitcoin":
   print("Block Profit(1 block):  ${:<12.2f}   £{:<12.2f}   €{:<12.2f}".format(BTCToUSD * fBlockreward, BTCToGBP * fBlockreward, BTCToEUR * fBlockreward))
else:
   print("Block Profit(1 block):  ${:<12.2f}   £{:<12.2f}   €{:<12.2f}".format(fUSDrate * fBlockreward, fGBPrate * fBlockreward, fEURrate * fBlockreward))

print
print(heading0)
print

# ask if user wants table output or specific speed? (enter does table)
fOutputspeed = getuserspeed()

print(heading1 + "\n" + heading2)

#lyra using target modifier
#target = 32
target = 32.8
multiplier = 1
# 24 * 60 * 60 :
secsinday=86400

if fOutputspeed != 0.0:
    fSpeed      = fOutputspeed * fModifier
    wtmhashtime = round(iNethash / fSpeed * fBlocktime)

    print(wtmhashtime)
    print(round(wtmhashtime))
    print(fBlocktime)
    if wtmhashtime <= fBlocktime:
        wtmhashtime = int(fBlocktime + 1.0)
    coinsperday = (secsinday * fBlockreward) / wtmhashtime
    usd_coins = fUSDrate * coinsperday
    printTimeTable(fOutputspeed, sHashlabel, wtmhashtime, coinsperday, usd_coins)
    print
else:
    for currentspeed in speeds:
        fSpeed      = float(currentspeed) * fModifier
        wtmhashtime = iNethash / fSpeed * fBlocktime
#        #generic/ethash/all others
#        unitsperday = (fBlockreward * (secsinday / fBlocktime) * (float(currentspeed) * 1000000) / iNethash) * multiplier

#        if sAlgo == "Lyra2REv2":
#            unitsperday = (fBlockreward / (fDifficulty * math.pow(2, target) / (float(currentspeed) * 1000000) / 3600 / 24)) * multiplier
#        if sAlgo == "CryptoNightV7" or sAlgo == "CryptoNight":
#            unitsperday = (fBlockreward * (secsinday / fBlocktime)) * (float(currentspeed) * 1000000) / (fDifficulty / 60) * multiplier

#        ^ I have left calcs above in code (for now) for 'unitsperday' which are accurate - Instead we use the data available already from W2M and previously calculated speed/hashrate/seconds:
        coinsperday = (secsinday * fBlockreward) / wtmhashtime
        usd_coins = fUSDrate * coinsperday
        printTimeTable(currentspeed, sHashlabel, wtmhashtime, coinsperday, usd_coins)
    print

whattomine-hashtimes.py -h - Help
whattomine-hashtimes.py -s ETH - Use Symbol lookup
whattomine-hashtimes.py -n Ethereum - Use Name lookup
whattomine-hashtimes.py -m - Manual entry (use nethash or difficulty for input). ethash coins work best if using difficulty calc.

• Added timetravel and xevan algos
• Added coins per day / revenue per day in USD

Thks for the code.
I just downloaded and compiled. I'm using Python 3.8.5.
I'm getting a syntax error on line 99
display_time(int(hashtime)), coinsperday, revenue)
^
What can it be?

@argesdaniel

Thks for the code.
I just downloaded and compiled. I'm using Python 3.8.5.
I'm getting a syntax error on line 99
display_time(int(hashtime)), coinsperday, revenue)
^
What can it be?

Just saw this. Took a look last night.
Try now. Just fixed it for v3.8.5. One problem was the change in 'collections' > 'collections.abc' among other 3.8+changes.

Changes 20JUN2021

• What2Mine and price api still working. Verified.
• Updated to work with Python 3.8+. I still don't have much error trapping done. If you see an error let me know.
• NOTE: Python 2.x will no longer work. I see no point keeping it cross compatible. If you still use Python 2 as 'python' default, install 3.8.x (Most Linux distros have it available) and set it as default Python binary, or edit first line in script to point at python3 binary.
• Added some algos - havent fine tuned them yet- should be close to correct, though:
  Etchash (ETC/Ether Classic), Autolykos (ERG/Ergo), Ubqhash(Ubiq)