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Great idea, not only for AGS, but also for the worldwide members of this forum.
I plan to purchase some ProtoShares, now if i buy them am i automatically going to be allocated ANgelShares ? or do i need to donate some protoshares to get angelshares ?
Ok yeah that script seems wrong. Let me try.Code: [Select]asm_hash = "your_hash"
extended_hash = "34" + asm_hash
binary_extended_hash = extended_hash.decode("hex")
double_hash = hashlib.sha256(hashlib.sha256(binary_extended_hash))
checksum = double_hash[:3] # first 4 bytes
binary_address = binary_extended_hash + checksum
pts_address = b58encode(binary_address)
You might have to insert some prints to see make sure I'm converting between strings, hex, and binary correctly, and adjust accordingly. If you put a print after every line and show us the output we can try to help debug.
# this is the <sig pupkey> asm hash
script = "304402205e81e8ed0b1f7cf6d1d415961859d3b95f5e5c353af303b6cef1e3efa6c3349702202fa9fdd6914abd0e9606c78899e7f3010cafdad211645cf459ae18b3b827b2c101 0365e0beb9a0c1497f3667067aeb8f3ea9dc4c9d5696cee7f19eae49f9457a5cfb".split()
# this is the extracted pubkey
pub_key = script[1]
# this is the binary pubkey? (why is it called 'decode'?)
binary_pub_key = pub_key.decode("hex")
# thats a sha256 performed on the binary pub key
h = hashlib.sha256(binary_pub_key).digest()
# thats generating a new ripemd160 hash, isnt it?
ripe160 = hashlib.new('ripemd160')
# no idea whats happening here?
ripe160.update(h)
# no idea whats happening here?!?
d = ripe160.digest()
# the d is what I want to get, from here I know!
148.251.6.201 mmcpool.1gh.com
The only exchange
You can buy MMC on buymmc2.com, but to sell there's no other place yet
we're not only fighting the established currencies, but the whole narrow-minded profit-oriented system!
Le me know if this helps. I may be able to be more helpful if you go back a few steps and explain where you got your original "ASM hash".
script[1] = 0365e0beb9a0c1497f3667067aeb8f3ea9dc4c9d5696cee7f19eae49f9457a5cfbThis is where the python code starts, assigning the string to the variable "script". I cut some unimportant stuff.Code: [Select]script = "304402205e81e8ed0b1f7cf6d1d415961859d3b95f5e5c353af303b6cef1e3efa6c3349702202fa9fdd6914abd0e9606c78899e7f3010cafdad211645cf459ae18b3b827b2c101 0365e0beb9a0c1497f3667067aeb8f3ea9dc4c9d5696cee7f19eae49f9457a5cfb".split()
h = hashlib.sha256(script[1].decode("hex")).digest()
ripe160 = hashlib.new('ripemd160')
ripe160.update(h)
d = ripe160.digest()
This just takes the pubkey and assigns ripemd160(sha256(pubkey)) to the variable "d". The rest of the code is pretty easy to match up with the diagram I linked above.
Could someone update the daily statistics in this or another thread?
Come on, it is going to happen. But I think it is about as hard to RE the miner as it is to write an original one. Besides, implementing one gives the invaluable experience, while reverse engineering gives basically nothing. And, supporting the thing is even harder, let alone running a pool under high load. GL to anyone who tries, you've been warned
0x38 == 56
Will check it out when I get to a computer
