Topic: [∞ YH] solo.ckpool.org 2% fee solo mining 256 blocks solved! - page 185. (Read 89163 times)

# CK Solo Pool Python Miner & Pool Monitor
# Donations welcome : 3JjsGHYQH8yVJA5G4mgPNHuoX4DHmU5fis
# users change the bitcoin address in line 41 & line 189 to there own worker
# timeout is 160 sec between requests line 210

import urllib2
import json
import time
import os

## Welcome message
print "  ___________________________________________\n"
print "  **  Welcome To CKPool Multi-Monitor Tool **"
print "  **         Fetching Pool Status          **"
print "  -------------------------------------------"
time.sleep(3)
print "\n"
print " **   http://solo.ckpool.org | No fuss anonymous solo bitcoin mining for everyone   **"
print "\n"
print "\n"
time.sleep(3)
print "  ** Fetching Pool Status **"
print "\n"
time.sleep(1)

## Check Pool Status Start while True > continue > (loop)

while True:
		req = urllib2.Request("http://solo.ckpool.org/pool/pool.status")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print json
		print "\n"
		time.sleep(5)
		print "  **  Fetching Miner Status  **"
		time.sleep(2)

## Check Miner Status Page

		req = urllib2.Request("http://solo.ckpool.org/users/YOURADDRESSHERE")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print json
		time.sleep(7)
		print "\n"

## Break section

		print "  *** Fetching Network Data *** \n"
		time.sleep(4)

## Get Latest Block Hash

		req = urllib2.Request("https://blockchain.info/q/latesthash")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Lastest Block Hash \n" + json
		print "\n"
		time.sleep(3)

## Get Network Hashrate

		req = urllib2.Request("https://blockchain.info/q/hashrate")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Current Network Hashrate \n" + json
		print "\n"
		time.sleep(3)

## Get Diff

		req = urllib2.Request("https://blockchain.info/q/getdifficulty")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print " Current Network Difficulty \n" + json
		print "\n"
		time.sleep(3)

## Get 1 Day Block Stats

		req = urllib2.Request("https://api.blockchain.info/pools?timespan=1days")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Blocks Stats Per Pool 1 Days \n" + json
		print "\n"
		time.sleep(5)

## Get Estimated Time Until The Next Block (in seconds)

		req = urllib2.Request("https://blockchain.info/q/eta")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Estimated Time Untill The Next Block (in seconds) \n"
		print json + " Seconds"
		print "\n"
		time.sleep(3)

## Get Block Height

		req = urllib2.Request("https://blockchain.info/q/getblockcount")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Block Count \n"
		print json + " Blocks"
		print "\n"
		time.sleep(3)

## Get Unconfirmed Transaction Count

		req = urllib2.Request("https://blockchain.info/q/unconfirmedcount")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Number Of Unconfirmed Transactions In Mempool"
		print json + " Transactions"
		print "\n"
		time.sleep(2)
		print "\n"
		print "  ** Fetching Probability Stats **"
		time.sleep(2)
		print "\n"

## Get Probability & Average Hashes Needed To Solve

		req = urllib2.Request("https://blockchain.info/q/probability")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Probability Of Finding A Valid Block Each Hash Attempt \n"
		print json + " %"
		print "\n"

## Get average number of hashes per block

		req = urllib2.Request("https://blockchain.info/q/hashestowin")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  Average Number Of Hash Attempts Needed To Solve A Block  \n"
		print json + " Hashes"
		print "\n"
		time.sleep(3)

## Get Additional Network Info

		req = urllib2.Request("https://api.blockcypher.com/v1/btc/main")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  ** Fetching Additional Bitcoin Data **"
		print "  **             Loading              **"
		print "\n"
		time.sleep(3)
		print json
		print "\n"

## Break For Price Data
		print "\n"
		print "  ** $$$ Fetching Ticker Prices $$$ **"
		time.sleep(5)

## Get Price Data (ticker)

		req = urllib2.Request("https://blockchain.info/ticker")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  ** Bitcoin Spot Prices (Coinbase) **"
		print json
		print "\n"
		time.sleep(5)

## Break to print

		print "  ** $$ Checking Wallet For New Transactions $$ **"
		print "  ** $$        !Fingers Crossed!             $$ **"
		time.sleep(4)

## Check wallet for winning transaction

		req = urllib2.Request("https://blockchain.info/balance?active=YOURADDRESSHERE")
		opener = urllib2.build_opener()
		f = opener.open(req)
		json = (f.read())
		print "  ** $$        Your Wallet Status            $$ **"
		print json
		print "\n"
		time.sleep(2)

## Print & Wait Before Next Request
## Users can set there own sleep time on line 178 in seconds if they would like less often updates.

		print "\n"
		print "  **                                     Mine @ CK SOLO                                         **"
		print "  **    http://solo.ckpool.org | No fuss anonymous solo bitcoin mining for everyone             **"
		print "  **                             Price Data From Coinbase API                                   **"
		print "  **                           Network Data From Blockchain API                                 **"
		print "  **                          Additional Data From Blockchain API                               **"
		print "  **                                  Built By MagicByt3                                        **"
		print "  **                $$ Donations Welcome : 3JjsGHYQH8yVJA5G4mgPNHuoX4DHmU5fis $$                **"
		print "  **                            Auto Refreshing in 160 Seconds                                  **\n"
		time.sleep(160)
		os.system('clear')
		continue

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