def send(self, result, send_callback):
for nonce in result.miner.nonce_generator(result.nonces):
h = hash(result.state, result.merkle_end, result.time, result.difficulty, nonce)
if h[7] != 0:
hash6 = pack('<I', long(h[6])).encode('hex')
say_line('Verification failed, check hardware! (%s, %s)', (result.miner.id(), hash6))
return True # consume this particular result
else:
self.diff1_found(bytereverse(h[6]), result.target[6])
if belowOrEquals(h[:7], result.target[:7]):
is_block = belowOrEquals(h[:7], self.true_target[:7])
hash6 = pack('<I', long(h[6])).encode('hex')
hash5 = pack('<I', long(h[5])).encode('hex')
self.sent[nonce] = (is_block, hash6, hash5)
ntime = long(pack('<I', long(result.time)).encode('hex'),16)
resnonce = long(pack('<I', long(nonce)).encode('hex'),16)
block = self.source.create_block_header(self.source.merkle_root, ntime, self.source.bits, resnonce)
hash_header = hashlib.sha256(hashlib.sha256(block).digest()).digest()[::-1]
shouldSend = int(hash_header.encode('hex_codec'), 16) < self.source.server_difficulty
print "t->" + str(ntime) + " nonce->" + str(resnonce) + " shouldSend->" + str(shouldSend)
if shouldSend:
if not send_callback(result, nonce):
return False
return True
def send(self, result, send_callback):
for nonce in result.miner.nonce_generator(result.nonces):
h = hash(result.state, result.merkle_end, result.time, result.difficulty, nonce)
if h[7] != 0:
hash6 = pack('I', long(h[6])).encode('hex')
say_line('Verification failed, check hardware! (%s, %s)', (result.miner.id(), hash6))
return True # consume this particular result
else:
self.diff1_found(bytereverse(h[6]), result.target[6])
if belowOrEquals(h[:7], result.target[:7]):
is_block = belowOrEquals(h[:7], self.true_target[:7])
hash6 = pack('I', long(h[6])).encode('hex')
hash5 = pack('I', long(h[5])).encode('hex')
self.sent[nonce] = (is_block, hash6, hash5)
if not send_callback(result, nonce):
return False
return True
def send(self, result, send_callback):
for nonce in result.miner.nonce_generator(result.nonces):
h = hash(result.state, result.merkle_end, result.time, result.difficulty, nonce)
if h[7] != 0:
hash6 = pack('I', long(h[6])).encode('hex')
say_line('Verification failed, check hardware! (%s, %s)', (result.miner.id(), hash6))
return True # consume this particular result
else:
self.diff1_found(bytereverse(h[6]), result.target[6])
if belowOrEquals(h[:7], result.target[:7]):
is_block = belowOrEquals(h[:7], self.true_target[:7])
hash6 = pack('I', long(h[6])).encode('hex')
hash5 = pack('I', long(h[5])).encode('hex')
self.sent[nonce] = (is_block, hash6, hash5)
if not send_callback(result, nonce):
return False
return True
def send(self, result, send_callback):
for nonce in result.miner.nonce_generator(result.nonces):
# h = hash(result.state, result.merkle_end, result.time, result.difficulty, nonce)
hx = ''.join(pack('>19I', *result.dataX))
qh = skeinhash(''.join([hx, pack('>I', long(nonce))]))
h = unpack('>8I', qh)
#if h[6] & 0xf == 0:
# say_line('Nonce: %08x, hash: %s, h6: %08x', (nonce, qh.encode('hex'), h[6]))
if qh[-3:] != '\x00\x00\x00':
hash7 = pack('<I', long(h[7])).encode('hex')
say_line('Verification failed, check hardware! (%s, %s, %08x)', (result.miner.id(), hash7, nonce))
say_line('data %s' % ''.join([hx, pack('>I', long(nonce))]).encode('hex'))
return True # consume this particular result
else:
self.diff1_found(bytereverse(h[6]), result.target[6])
if belowOrEquals(h[:7], result.target[:7]):
is_block = belowOrEquals(h[:7], self.true_target[:7])
hash6 = pack('<I', long(h[6])).encode('hex')
hash5 = pack('<I', long(h[5])).encode('hex')
self.sent[nonce] = (is_block, hash6, hash5)
if not send_callback(result, nonce):
return False
return True
