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Possible if you have unlimited tons of time to be wasted, would you want to edit 500K HTML pages manually?
write/edit some python or C++ scripts 1-concat all the 500k HTML pages into one file (or 50k pages each time) 2-use some condition delete/keep all lines with/contain 3-sort and done i did try this
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You want to crawl 524620 pages? I'm afraid it's impossible if you're using customer desktop because : 1. Each page have size about 100KB (only HTML code tag, excluding all external files) or about 50GB in total 2. If they have protection against DDoS, bot or spammer, you'd be banned before you could crawl 500K pages
IMO contacting them to ask JSON/dumped SQL data is more realistic option.But it's one good website in this case.
it is possible 1- with idm go to tasks > add batch download>from 0 to 1000> ok (about 110MB) (50*1000=50k top bitcoin addresses) concatenating all the htmls files in one html edit with notepad++ the final file and make sure to only keep the addresses in first column (you need to repeat this many times) i did try this ... bored and stop
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for a second i say WHAT in windows!!! i put some addresses in myAddyList.txt dir: C:\Users\x PS C:\Users\x> findstr.exe -f -F myAddyList.txt balances-bitcoin > final.txt i get this error FINDSTR: Cannot open balances-bitcoin
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Are you trying to brute force access to someone else's coins?.
no, if i want to do that isn't easy just targeting dummy people with low diff passphrase, easy guessing password and other things... thanks for shearing your opinions
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By the time you are up to 7 or 8 characters you are looking at weeks or months depending on your hardware, and beyond that you are looking at years or decades.
by the time with vanitysearch 8 char you can find 1 match every 2day vanitygen for the same result took about 13 to 14 days you time will decrease depende on your cpu/ram/ssd..etc
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--snip-- what are the chances of getting this address if keep you generating only addresses starting with 1D , and how many years you need You can't "just" generate private keys that result in an address that starts with "1D". The private key is used to generate the public key. The public key is hashed to generate the address. Both steps are one-directional, they cannot be reversed. You can't say: my address has to start with "1D", so i'll reverse the hash function to find all possible public keys, nor can you start with a public key and calculate the private key... The only thing you can do is scan the complete private key space, calculate the public keys belonging to the private keys, then hash the public keys and filter out addresses starting with "1D"... This would take even more time than scanning the complete private key keyspace, calculating the public keys, hashing the public key and NOT filtering out addresses starting with "1D". Do realise that scanning the complete keyspace is ludicrous, even if you pool all computers in existence together, the earth will have ceased to exist before you can scan a significant part of the keyspace i have enough time with the md5 encryption i know what you want me to understand one way cannot be reversedalso i think i understand how vanity addresses works i thought filtering and focusing for specific address will reduce my times and my chances will increase -my big problem i can't check every address that i generate for balance or tx (0 experience with api) - one of the methods i try: from random hex64 number extract both comp and uncompressed private key and finally the public address (this part very low) run it for a day and got bored and back to vanity addresses
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i get it = don't waste your time i think you right guy to fulfill my curiosity for bitcoin addresses that start with 1D1DbvVigRB6M5Nw5Ak6hGKDnzDPeCWbudqo what are the chances of getting this address if keep you generating only addresses starting with 1D , and how many years you need
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Not sure what you are asking here.
So let me get this straight, you want to set up a service that would sweep compromised bitcoin addresses? or what?
He must be talking about leaked private keys of addresses that are still receiving dust amounts, Most of them were reported compromised Brainwallets. not them, i want to set up a new bot or script (i don't know what is it) with my own random list -let say i have 1 million bitcoin address and i have the private key for each -if i receive any fund to any address i want that fund automatic transfer and immediately to one specific address - how much will this cost me and what do i need?
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not sure if this the wrong section for this question please move it
- i want to know more about this and how it's works
i saw some compromised bitcoin addresses balance got sweeped in few seconds after deposit
- can i set up a similar service?
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is there an alternative script for windows some script > myAddyList.txt > balances-bitcoin > final.txt
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-snip- 3. The human brain is an exceptionally delicate organ, and anything from a simple blow to the head to a bad case of the flu can cause problems with memory and recall, and if you can't remember your password then all your coins are lost forever (unless your password is brute forceable, in which case your coins will sooner or later be stolen). There's a reason that you are supposed to write down your 12/24 word mnemonic phrase and not solely rely on committing it to memory. are the mnemonic phrase safe? will in 2020 upgrade to 48/96 word?
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I was wondering if there was a way to retrieve all bitcoin public addresses with a non-zero balance.
this website have all bitcoin addresses and sorted https://bitkeys.work/?page=0 if someone have an idea to crawl and extract the list text file
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What is your question, and what does it have to do with Bitcoin? If this is just a general python question, try asking on https://stackoverflow.com/i want it to generate in loop 10 times but it's not i search on stackoverflow and i edit it from multiples topics there ook
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import string import random import time
def Hex64(size=64, chars=string.ascii_uppercase + string.digits): return ''.join(random.choice('0123456789abcdef') for _ in range(size)) for i in range (0,10): out = Hex64() print(out)
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I was going to post a similar question then i saw this topic So not every bitcoin adres has the same composition of a private key?Or did I understood it wrong? Is that making bitcoin safer because when you have a private key you can't automatically spend those coins? just made this example three bitcoin address are sharing the same private key HEX: d9ad33b207c07767317c6fcc8383b4af253ac561dc1d75723d35853574a55c3d
WIF: 5KU9qX4TXocazmzzGueHUGvKDnaAsjpojPNKRan7FvtrL1jKMZP P2PKH: 1CqUpWkdhwXeyTRvVAAiYAD2ykiEpAV5Tj
WIFcomp: L4Wr19gG6xk541cwoDMZhPGKRS9Qax21G5j6KW66ctsriTzXoagc P2PKH: 1BunhLhZzLDYbRhP8jstonwGnWZevHFpoy
WIFcomp: L4Wr19gG6xk541cwoDMZhPGKRS9Qax21G5j6KW66ctsriTzXoagc P2SH: 3Lm5vqLtwJvEwfSaqKgNV3B7g6j4Tdvs6x
WIFcomp: L4Wr19gG6xk541cwoDMZhPGKRS9Qax21G5j6KW66ctsriTzXoagc Bech32: bc1qw7kss494jjwfnh8k53ekvyjmsh75kuhr7ujpuz
as he said: We have so many different types because we have so many different needs.
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why do you have so many keys to check anyways?
many satoshi's bitcoin are missing out there for someone to take them i want to take my chances of getting one of this lost wallets haha, cool. as long as you realize you are wasting your time, it is cool to learn some coding and the underlying cryptography that bitcoin uses. for your purpose you shouldn't be using a library. you have to write your own code for all the parts. for starters the library that was introduced is in python, that is slow to begin with. additionally the functions aren't defined to be fast for huge loops. this part alone will slow it down dramatically: https://github.com/mflaxman/coinkit/blob/8ce28ac4ff56e2320bf452d0559b83baf40b2b51/coinkit/keyspace.py#L25-L37hashlib.Sha256 is also slow even though it is written in C but the way you are going to be using it in that library is going to be slow. although one might wonder why you are even looping through base58 (WIF) keys if you are looping through random keys! you just read my mind i was thinking -when only generating privates keys took only few seconds -when only generating both privates keys and public address took too many time slow-even if i try to extract only addresses after generating the privates keys was slow tooany alternatives solutions for me? i can't have my own library for now
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1- save this as comprs.py firstfile= [line.rstrip('\n') for line in open("file1.txt")] secondfile= [line.rstrip('\n') for line in open("file2.txt")] for firstline in firstfile: if firstline in secondfile: print(firstline 2- save this as result.bat (batch file) @echo off comprs.py >> file3.txt start file3.txt exit 3-you only need to run result.bat
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can you correct this code: ~snip~ the output file part If it prints the correct key, but writes the wrong (or nothing) to the file, my solution has been posted. Just view the code and at least try to understand it. I gave an explanation on how to fix it, together with an example integrated in the code from above. i did try it on first minute you posted it didn't work too ! no need for explanation thank you bob123 and mocacinno + sent you a positive feedback
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You won't be able to find a private key with an associated balance. That's pointless.
Instead of creating countless threads regarding this topic, do some simple math. You will realize that you wouldn't find a private with some balance even if you'd use all computer on the world within your lifetime.
You are asking extremely basic questions. If you can't google it yourself (which can be found within 5 minutes because you are asking questions which have been answered already multiple times), ask someone to create a script for you. If you are ready to pay for it, i'll do it. But you won't have any success in finding free bitcoins.
Besides the fact that you whole approach is extremely inefficient, it is a shame that you can't find the information yourself on how to randomly generate private keys and derive the addresses.
I am out. Either pay me for creating such a (useless) script, or do it on your own.
first i have the code (many do the same what i ask and more) this what i am using for now WIF : 5JSMSujTmvjhgzjK3TjF3zQvGjs2R8614bw2gtmHsEBtNV7ZGx2 WIF comp: KyxuFMkRBJBUbXokdryT2CQa8UBoFUH5GuBUT5UVShD3jjTvk54D P2PKH 1: 14jtzgnzDZCaTgiNapJyzm16PyoBScGora P2SH 3: 3A3XqQUwqUmQF9HPQBYR6cpxdJHnh5QEjL
WIF : 5JsAgyfETA9ofN3Xfw8BiFBTRF8k6Ed4S6v62mrkUXaFE2PmiUh WIF comp: L1rRmT5kNTPrxKtANqtiH3b9c1PBC78A9o7KCpzatVwjnSN13BeS P2PKH 1: 1MTgmzCyW6JP5FjvMtv7vU58HFcU7bREWY P2SH 3: 3CrAA2iK5fUHuFDqHNV13cgMNXiXB6t63r
WIF : 5KG2vBCpf2hGDRxQm4DCPFGDFFXUR2Tnokc4HmBo4dua6xDEwyw WIF comp: L3bMTi3BLrUi9s9ZsTAqFBx93u7W13TFBMTjWz2eK3u373DvwNoN P2PKH 1: 1BKgxrCnWN87pRp2z1pScBvH6Lfwr73aH P2SH 3: 3HTD3yC44N9ya8faGXEK7UmeqnpCj8S88Z
WIF : 5JKdGzEGSmca5Fw2d1ojSEqkXMXskU7seGU8CD899PZM525Lozr WIF comp: KyTD7ZbZAjuzynuU9xZGJQ6B6ydGzrhLXVGikUWWx2ZmaKdiJEQD P2PKH 1: 148hwNXjqqcMp8cMcMJm8bWUAgNxCSxg9Z P2SH 3: 3Lwmd27qZqFC7QmfXTVVexqxMyDnDKEV9v
WIF : 5HqhGkR6FrQVubMrd2VXeCGBLcXqwC8tArE3Yiw7DrRps8LDVsn WIF comp: KwKvkWdLCZ4ib8f421avFAhzdZq8zC9nrUGaF25pTjAaG7HrEgBd P2PKH 1: 1CQa1Nh45VSij3MjGngvbANfTyNQ4UcjG5 P2SH 3: 3EnXkXwwQgzHbvUpgUsb8Jvh6NshPRWo8Q
WIF : 5JHB5rjXQ66kRRbmG3M9XCD56UQNbDybxEWjiQ5NdMs6nptSMMf WIF comp: KyGPWSWhAuWNeoaSMPMvcGUH59xAJ4GqGneFXirJTV68Z2PhQ484 P2PKH 1: 1B8iymmbz3R6BiUDJkUvFCdUqszUDYryS1 P2SH 3: 3G5c3Pb7HCWpKo8juMUsUfvAuTbZSp37Jk
WIF : 5HxhRAgxj9W1bWf8jHirSJCNvgyGhzcfSxt8id2TfxoX1LM2dTv WIF comp: KwrqPfmNy2X3dKuK7eojCeuDmyRNKwJQhbeh4i1SiyJKRz67uaVM P2PKH 1: 14WfjVisKEFcJSFFrSdZZNh2XMKFqupDb8 P2SH 3: 3PdQYwE7AoXnDSmdznFzLE4kgNuEDiYkgq
WIF : 5JSme1dTE3QKP6PawmgTGhDCjgaq3qH2GCb8hVtJSckVk5EemFP WIF comp: Kyzk2MmtkZbv8WngpkD8xGUroPiK5W5ia69eykVRz4nyrxRXLqdC P2PKH 1: 1KmKnusAKVMNHcK1oPBFRstYcK9GTgfWPb P2SH 3: 3AxNf398wPbSdwHz1p2G43bcsgj4JuWynb
WIF : 5JpsFmNvc8VYjfGJ9V8hDD81ey4g3RPZ2mcVaxZxNq5V47iMqhj WIF comp: L1gGpAsmc4515HtWgTAxUtVwtaTDKgeYNoufAtGTRMCnpRDm712E P2PKH 1: 14tyTzEwAvrLZnQyNbZDDi8qexFCqrNV6U P2SH 3: 3Q3QPjL3YUyahKCHHYuVZ6U4ffLteuffFF
WIF : 5KWyU7vhMwugjiU6Dhh8M9Sh22sF5pcFM3mgFHAdoyEieozMrjb WIF comp: L4jJEha19TMYPY2a34c7RvGPdZEmAH8aKVECE2MXUKDYqnJUdt66 P2PKH 1: 1ErecAEecNCwRazQq6gijA3BgRqpxNW3tJ P2SH 3: 34627QBA7YRL439z3RSgJxLqvzeQ93n7Yb
also have a version that use hex google not useful as useful some members replies and answers here in this forum every answer i get ,idea or opinion it help me so muchsecond, i am doing this because i know there's lot of people that wanna share and definitely i am not paying anything so please no need to be so angry and if you don't like what i am posting just skip it
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generating in bulk and give you output in file in this way: >>segwet3.py Private Key: KxAw2eE68DnsQuNJw5r6b64ZjpnakRUo1Jso7X6KhFMfC4Sh0Lde Public Key: 3LGXpcLw25LFQvHjAaaX3AEhBZv4e6xKoW Private Key: KwDncb2n2j3bJehHvBcqeM7gWKaCV2a6or1AL7XquXgkgF4sfSxz Public Key: 3G1TsZ6hQXfDKNcqnMCJq3uywVXS19hL96 . . .
>>segwetbch.py Private Key: L28gsgm1syUq7wFzse7iRJq1CkrezUPZGBSAQS2YCcFbejmNCtxm Public Key: bc1qjv6s3fsumsq2jcmeaxjwuq0scavvmuv0g47z9h Private Key: L1x8wvHqsahjWonp8Lgy5378Bh4DY4xerdxcMCZbCPxrvHbTKpqN Public Key: bc1qxqtdwy64r7vcdwwzrdy3w3mn79ap0a8j9nwgcl . . .
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