def addByPublic(self, pubKey):
printable = pk2address(pubKey)
if printable in self.accountsCache:
acc = self.accountsCache[printable]
if 'pubKey' in acc:
return acc['id']
accId = self.db.updateAccount(acc['id'], pubKey, printable)
else:
accId = self.db.addAccount(pubKey, printable)
self.accountsCache[printable] = {'id':accId, 'pubKey':pubKey}
return accId
def processBlock(self, block):
blockHarvesterAddress = pk2address(block['signer'])
block['timestamp_unix'] = self._calc_unix(block['timeStamp'])
block['timestamp'] = self._calc_timestamp(block['timestamp_unix'])
block['timestamp_nem'] = block['timeStamp']
del block['timeStamp']
sid = self.accounts.addByPublic(block['signer'])
block['signer_id'] = sid
feesTotal = 0
txes = block["transactions"]
del block['transactions']
success("processing block[{}] : {} : {}".format(
block['height'], blockHarvesterAddress, block['hash']))
# first add all accounts
for tx in txes:
feesTotal += self.calculateFee(tx)
self.addAllAccounts(tx)
# commit block and accounts
block['fees'] = feesTotal
block['tx_count'] = len(txes)
dbBlock = self.db.findBlock(block['height'])
if dbBlock == None:
blockId = self.db.addBlock(block)
self.db.commit()
else:
blockId = dbBlock[0]
print "BLOCK ID:", blockId
# fix fields and cache delegation info
for tx in txes:
self.addTxSepcifics(block, tx)
# add txes to db
self.db.processTxes(block, txes)
self.processInouts(block, txes)
self.db.commit()
def processBlock(self, block):
blockHarvesterAddress = pk2address(block['signer'])
block['timestamp_unix'] = self._calc_unix(block['timeStamp'])
block['timestamp'] = self._calc_timestamp(block['timestamp_unix'])
block['timestamp_nem'] = block['timeStamp']
del block['timeStamp']
sid = self.accounts.addByPublic(block['signer'])
block['signer_id'] = sid
feesTotal = 0
txes = block["transactions"]
del block['transactions']
success("processing block[{}] : {} : {}".format(block['height'], blockHarvesterAddress, block['hash']))
# first add all accounts
for tx in txes:
feesTotal += self.calculateFee(tx);
self.addAllAccounts(tx)
# commit block and accounts
block['fees'] = feesTotal
block['tx_count'] = len(txes)
dbBlock = self.db.findBlock(block['height'])
if dbBlock == None:
blockId = self.db.addBlock(block)
self.db.commit()
else:
blockId = dbBlock[0]
print "BLOCK ID:", blockId
# fix fields and cache delegation info
for tx in txes:
self.addTxSepcifics(block, tx)
# add txes to db
self.db.processTxes(block, txes)
self.processInouts(block, txes)
self.db.commit()
def processNemFlow(self, tx): txtype = tx['type'] # transfer transaction if txtype == 257: self.nemSub(pk2address(tx['signer']), tx['fee']); self.nemSub(pk2address(tx['signer']), tx['amount']); self.nemAdd(tx['recipient'], tx['amount']) # importance transfer elif txtype == 2049: self.nemSub(pk2address(tx['signer']), tx['fee']); # aggregate elif txtype == 4097: self.nemSub(pk2address(tx['signer']), tx['fee']); # sig - won't happen elif txtype == 4098: pass # MT elif txtype == 4100: # charge multisig account self.nemSub(pk2address(tx['otherTrans']['signer']), tx['fee']); for sig in tx['signatures']: self.nemSub(pk2address(tx['otherTrans']['signer']), sig['fee']); self.processNemFlow(tx['otherTrans'])
def processNemFlow(self, tx):
txtype = tx['type']
# transfer transaction
if txtype == 257:
self.nemSub(pk2address(tx['signer']), tx['fee'])
self.nemSub(pk2address(tx['signer']), tx['amount'])
self.nemAdd(tx['recipient'], tx['amount'])
# importance transfer
elif txtype == 2049:
self.nemSub(pk2address(tx['signer']), tx['fee'])
# aggregate
elif txtype == 4097:
self.nemSub(pk2address(tx['signer']), tx['fee'])
# sig - won't happen
elif txtype == 4098:
pass
# MT
elif txtype == 4100:
# charge multisig account
self.nemSub(pk2address(tx['otherTrans']['signer']), tx['fee'])
for sig in tx['signatures']:
self.nemSub(pk2address(tx['otherTrans']['signer']), sig['fee'])
self.processNemFlow(tx['otherTrans'])
def addAccountTx(self, pk, tx): address=pk2address(pk) self._addAccountTx(address, tx)
def processBlock(self, blockData):
block = blockData["block"]
blockHarvesterAddress = pk2address(block['signer'])
print "block height:", block['height'], blockHarvesterAddress,
block['hash'] = blockData['hash']
if len(self.redis_client.zrangebyscore('blocks', block['height'], block['height'])) >= 1:
print int(json.loads(zlib.decompress(self.redis_client.zrangebyscore('blocks', block['height'], block['height'])[0]))['height'])
self.lastHeight = block['height']
return
print
print "processing block height:", block['height'], blockHarvesterAddress
#if self.seen_blocks >= block['height']:
# return
#else:
# self.seen_blocks = block['height']
block['timestamp_unix'] = self._calc_unix(block['timeStamp'])
block['timestamp'] = self._calc_timestamp(block['timestamp_unix'])
fees_total = 0
txes = blockData["txes"]
block['txes'] = []
for txData in txes:
if not ('tx' in txData):
tx = txData
txData = {}
txData['tx'] = tx
txData['hash'] = tx['signature'][0:64]
tx = txData['tx']
tx['hash'] = txData['hash']
timestamps_unix = self._calc_unix(tx['timeStamp'])
tx['timestamp'] = self._calc_timestamp(timestamps_unix)
tx['block'] = block['height']
fees_total += self.calculateFee(tx);
#save tx in redis
self.redis_client.set(txData['hash'], tornado.escape.json_encode(tx))
self.redis_client.zadd('tx', timestamps_unix, tornado.escape.json_encode(tx))
self.redis_client.publish('tx_channel', tornado.escape.json_encode(tx))
self.processTransaction(tx)
block['txes'].append(tx)
#save blocks in redis
self.redis_client.zadd('blocks', block['height'], zlib.compress(tornado.escape.json_encode(block), 9))
print "after add", len(self.redis_client.zrangebyscore('blocks', block['height'], block['height']))
self.redis_client.set(blockData['hash'], tornado.escape.json_encode(block))
self.redis_client.publish('block_channel', tornado.escape.json_encode(block))
print block['height'], block['timestamp_unix']
self.redis_client.zincrby('timestamps', block['height'], block['timestamp_unix'])
self.redis_client.zincrby('harvesters', blockHarvesterAddress, 1.0)
self.redis_client.zincrby('fees_earned', blockHarvesterAddress, fees_total)
def addAccountTx(self, pk, tx):
address = pk2address(pk)
self._addAccountTx(address, tx)
def processBlock(self, blockData):
block = blockData["block"]
blockHarvesterAddress = pk2address(block['signer'])
print "block height:", block['height'], blockHarvesterAddress,
block['hash'] = blockData['hash']
if len(
self.redis_client.zrangebyscore('blocks', block['height'],
block['height'])) >= 1:
print int(
json.loads(
zlib.decompress(
self.redis_client.zrangebyscore(
'blocks', block['height'],
block['height'])[0]))['height'])
self.lastHeight = block['height']
return
print
print "processing block height:", block[
'height'], blockHarvesterAddress
#if self.seen_blocks >= block['height']:
# return
#else:
# self.seen_blocks = block['height']
block['timestamp_unix'] = self._calc_unix(block['timeStamp'])
block['timestamp'] = self._calc_timestamp(block['timestamp_unix'])
fees_total = 0
txes = blockData["txes"]
block['txes'] = []
for txData in txes:
if not ('tx' in txData):
tx = txData
txData = {}
txData['tx'] = tx
txData['hash'] = tx['signature'][0:64]
tx = txData['tx']
tx['hash'] = txData['hash']
timestamps_unix = self._calc_unix(tx['timeStamp'])
tx['timestamp'] = self._calc_timestamp(timestamps_unix)
tx['block'] = block['height']
fees_total += self.calculateFee(tx)
#save tx in redis
self.redis_client.set(txData['hash'],
tornado.escape.json_encode(tx))
self.redis_client.zadd('tx', timestamps_unix,
tornado.escape.json_encode(tx))
self.redis_client.publish('tx_channel',
tornado.escape.json_encode(tx))
self.processTransaction(tx)
block['txes'].append(tx)
#save blocks in redis
self.redis_client.zadd(
'blocks', block['height'],
zlib.compress(tornado.escape.json_encode(block), 9))
print "after add", len(
self.redis_client.zrangebyscore('blocks', block['height'],
block['height']))
self.redis_client.set(blockData['hash'],
tornado.escape.json_encode(block))
self.redis_client.publish('block_channel',
tornado.escape.json_encode(block))
print block['height'], block['timestamp_unix']
self.redis_client.zincrby('timestamps', block['height'],
block['timestamp_unix'])
self.redis_client.zincrby('harvesters', blockHarvesterAddress, 1.0)
self.redis_client.zincrby('fees_earned', blockHarvesterAddress,
fees_total)
