def home(DB, dic):
if 'BrainWallet' in dic:
dic['privkey'] = tools.det_hash(dic['BrainWallet'])
elif 'privkey' not in dic:
return "<p>You didn't type in your brain wallet.</p>"
privkey = dic['privkey']
pubkey = tools.privtopub(dic['privkey'])
address = tools.make_address([pubkey], 1)
if 'do' in dic:
if dic['do'] == 'spend':
spend(float(dic['amount']), pubkey, privkey, dic['to'], DB)
out = empty_page
out = out.format('<p>your address: ' + str(address) + '</p>{}')
out = out.format('<p>current block: ' + str(DB['length']) + '</p>{}')
balance = blockchain.db_get(address, DB)['amount']
for tx in DB['txs']:
if tx['type'] == 'spend' and tx['to'] == address:
balance += tx['amount'] - custom.fee
if tx['type'] == 'spend' and tx['pubkeys'][0] == pubkey:
balance -= tx['amount']
out = out.format('<p>current balance is: ' + str(balance/100000.0) + '</p>{}')
if balance > 0:
out = out.format(easyForm('/home', 'spend money', '''
<input type="hidden" name="do" value="spend">
<input type="text" name="to" value="address to give to">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(privkey)))
txt=''' <input type="hidden" name="privkey" value="{}">'''
s = easyForm('/home', 'Refresh', txt.format(privkey))
return out.format(s)
def home(DB, dic):
if 'BrainWallet' in dic:
dic['privkey']=tools.det_hash(dic['BrainWallet'])
elif 'privkey' not in dic:
return "<p>You didn't type in your brain wallet.</p>"
privkey=dic['privkey']
pubkey=tools.privtopub(dic['privkey'])
address=tools.make_address([pubkey], 1)
if 'do' in dic.keys():
if dic['do']=='spend':
spend(float(dic['amount']), pubkey, privkey, dic['to'], DB)
out=empty_page
out=out.format('<p>your address: ' +str(address)+'</p>{}')
out=out.format('<p>current block: ' +str(DB['length'])+'</p>{}')
balance=blockchain.db_get(address, DB)['amount']
for tx in DB['txs']:
if tx['type'] == 'spend' and tx['to'] == address:
balance += tx['amount'] - custom.fee
if tx['type'] == 'spend' and tx['pubkeys'][0] == pubkey:
balance -= tx['amount']
out=out.format('<p>current balance is: ' +str(balance/100000.0)+'</p>{}')
if balance>0:
out=out.format(easyForm('/home', 'spend money', '''
<input type="hidden" name="do" value="spend">
<input type="text" name="to" value="address to give to">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(privkey)))
txt=''' <input type="hidden" name="privkey" value="{}">'''
s=easyForm('/home', 'Refresh', txt.format(privkey))
return out.format(s)
def main(c=0):
if type(c)==int:
p={'command':sys.argv[1:]}
else:
p={'command':c}
if len(p['command'])==0:
p['command'].append(' ')
c=p['command']
if c[0]=='make_PM':
tx=build_pm()
return run_command({'command':['pushtx', tools.package(tx).encode('base64')]})
elif c[0]=='buy_shares':
tx=build_buy_shares()
return run_command({'command':['pushtx', tools.package(tx).encode('base64')]})
elif c[0]=='start':
r=connect({'command':'blockcount'})
if is_off(r):
p=raw_input('what is your password?\n')
daemonize(lambda: threads.main(p))
else:
print('blockchain is already running')
elif c[0]=='new_address':
if len(c)<2:
print('what is your brain wallet? not enough inputs.')
else:
privkey=tools.det_hash(c[1])
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
return({'brain':str(c[1]),
'privkey':str(privkey),
'pubkey':str(pubkey),
'address':str(address)})
else:
return run_command(p)
def easy_add_transaction(tx_orig, privkey='default'):
tx = copy.deepcopy(tx_orig)
if privkey in ['default', 'Default']:
if tools.db_existence('privkey'):
privkey = tools.db_get('privkey')
else:
return 'No private key is known, so the tx cannot be signed. '
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
if 'count' not in tx:
try:
tx['count'] = tools.count(address, {})
except:
tx['count'] = 1
# add our pubkey
if 'pubkeys' not in tx:
tx['pubkeys'] = [pubkey]
# this is IMPORTANT
# when adding new transaction which is signed by us,
# this procedure is applied. tx without signatures is signed with our privkey.
if 'signatures' not in tx:
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
return blockchain.add_tx(tx)
def sign(tx, privkey):
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
if 'pubkeys' not in tx:
tx['pubkeys'] = [pubkey]
if 'signatures' not in tx:
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
return tx
def sign(tx, privkey):
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
if 'pubkeys' not in tx:
tx['pubkeys']=[pubkey]
if 'signatures' not in tx:
tx['signatures']=[tools.sign(tools.det_hash(tx), privkey)]
return tx
def easy_add_transaction(tx_orig, privkey, DB):
tx=copy.deepcopy(tx_orig)
pubkey=tools.privtopub(privkey)
try:
tx['count']=blockchain.count(pubkey, DB)
except:
tx['count']=1
tx['signature']=tools.sign(tools.det_hash(tx), privkey)
blockchain.add_tx(tx, DB)
def sign(tx, privkey):
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
tx = add_recent_hash(tx)
if "pubkeys" not in tx:
tx["pubkeys"] = [pubkey]
if "signatures" not in tx:
tx["signatures"] = [tools.sign(tools.det_hash(tx), privkey)]
return tx
def easy_add_transaction(tx_orig, privkey, DB):
tx = copy.deepcopy(tx_orig)
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
try:
tx['count'] = blockchain.count(address, DB)
except:
tx['count'] = 1
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
blockchain.add_tx(tx, DB)
def easy_add_transaction(tx_orig, privkey, DB):
tx=copy.deepcopy(tx_orig)
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
try:
tx['count']=blockchain.count(address, DB)
except:
tx['count']=1
tx['signatures']=[tools.sign(tools.det_hash(tx), privkey)]
blockchain.add_tx(tx, DB)
def easy_add_transaction(tx_orig, DB, privkey='default'):
tx = copy.deepcopy(tx_orig)
try:
tx['count'] = tools.count(DB['address'], DB)
except:
tx['count'] = 1
if privkey=='default':
if 'privkey' in DB:
privkey=DB['privkey']
else:
return('no private key is known, so the tx cannot be signed. Here is the tx: \n'+str(tools.package(tx_orig).encode('base64').replace('\n', '')))
if 'pubkeys' not in tx:
tx['pubkeys']=[tools.privtopub(privkey)]
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
tools.log('collect winnings 3')
return(blockchain.add_tx(tx, DB))
def trade_shares(DB, args): #args = [ PM_id, buy ]
privkey = tools.db_get('privkey')
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
tx = {
'type': 'buy_shares',
'PM_id': args[0],
'buy': csv2vec(args[1]),
'pubkeys': [pubkey],
'count': tools.count(address, {})
}
cost = txs_tools.cost_to_buy_shares(tx)
tx['price_limit'] = int(cost * 1.01) + 1
tx = tools.unpackage(tools.package(tx))
tx = tools.POW(tx)
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
return easy_add_transaction(tx, DB, privkey)
def common_buy_shares(tx, num_states, brainwallet):
privkey = tools.det_hash(brainwallet)
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
tx['pubkeys'] = [pubkey]
tx['count'] = tools.count(address, {})
cost = txs_tools.cost_to_buy_shares(tx)
tx['price_limit'] = int(cost * 1.01) + 1
print(
'now for a little proof of work. This may take several minutes. The purpose of this pow is to make it more difficult for a front runner to steal your trade.'
)
tx = tools.unpackage(tools.package(tx))
tx = tools.POW(tx)
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
print('tx for copy/pasting into pushtx: ' +
tools.package(tx).encode('base64'))
return tx
def easy_add_transaction(tx_orig, DB, privkey='default'):
tx = copy.deepcopy(tx_orig)
if privkey in ['default', 'Default']:
if tools.db_existence('privkey'):
privkey=tools.db_get('privkey')
else:
return('no private key is known, so the tx cannot be signed. Here is the tx: \n'+str(tools.package(tx_orig).encode('base64').replace('\n', '')))
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
if 'count' not in tx:
try:
tx['count'] = tools.count(address, {})
except:
tx['count'] = 1
if 'pubkeys' not in tx:
tx['pubkeys']=[pubkey]
if 'signatures' not in tx:
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
return(blockchain.add_tx(tx, DB))
def easy_add_transaction(tx_orig, DB, privkey='default'):
tx = copy.deepcopy(tx_orig)
if privkey in ['default', 'Default']:
if tools.db_existence('privkey'):
privkey = tools.db_get('privkey')
else:
return ('no private key is known, so the tx cannot be signed. Here is the tx: \n' + str(
tools.package(tx_orig).encode('base64').replace('\n', '')))
pubkey = tools.privtopub(privkey)
address = tools.make_address([pubkey], 1)
if 'count' not in tx:
try:
tx['count'] = tools.count(address, {})
except:
tx['count'] = 1
if 'pubkeys' not in tx:
tx['pubkeys'] = [pubkey]
if 'signatures' not in tx:
tx['signatures'] = [tools.sign(tools.det_hash(tx), privkey)]
return (blockchain.add_tx(tx, DB))
def build_buy_shares():
tx={'type':'buy_shares', 'PM_id':str(raw_input('What is the unique name for this prediction market?\n>'))}
num_states=int(raw_input('how many states does this pm have?\n>'))
tx['buy']=[]
for i in range(num_states):
tx['buy'].append(int(raw_input('how many shares do you want to buy of state '+str(i)+'? To sell states, use negative numbers.\n>')))
brainwallet=str(raw_input('What is your brainwallet\n>'))
privkey=tools.det_hash(brainwallet)
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
tx['pubkeys']=[pubkey]
tx['count'] = tools.count(address, {})
cost=txs_tools.cost_to_buy_shares(tx)
tx['price_limit']=int(cost*1.01)
print('now for a little proof of work. This may take several minutes. The purpose of this pow is to make it more difficult for a front runner to steal your trade.')
tx=tools.unpackage(tools.package(tx))
tx=tools.POW(tx)
tx['signatures']=[tools.sign(tools.det_hash(tx), privkey)]
print('tx for copy/pasting into pushtx: '+tools.package(tx).encode('base64'))
return tx
def main():
info=sys.argv
p={'command':sys.argv[1:]}
if len(p['command'])==0:
p['command'].append(' ')
c=p['command']
if c[0]=='make_PM':
tx=build_pm()
run_command({'command':['pushtx', tools.package(tx).encode('base64')]})
elif c[0]=='buy_shares':
tx=build_buy_shares()
run_command({'command':['pushtx', tools.package(tx).encode('base64')]})
elif c[0]=='start':
r=connect({'command':'blockcount'})
if is_truthcoin_off(r):
p=raw_input('what is your password?\n')
if sys.platform == 'win32':
pypath = list(os.path.split(sys.executable))
pypath[-1] = 'pythonw.exe'
os.system('start '+os.path.join(*pypath)+' threads.py '+p)
sys.exit(0)
else:
daemonize(lambda: threads.main(p))
else:
print('truthcoin is already running')
elif c[0]=='new_address':
if len(c)<2:
print('what is your brain wallet? not enough inputs.')
else:
privkey=tools.det_hash(c[1])
pubkey=tools.privtopub(privkey)
address=tools.make_address([pubkey], 1)
print('brain: ' +str(c[1]))
print('privkey: ' +str(privkey))
print('pubkey: ' +str(pubkey))
print('address: ' +str(address))
else:
run_command(p)
def main(brainwallet, pubkey_flag=False):
DB=custom.DB
tools.log('custom.current_loc: ' +str(custom.current_loc))
print('starting truthcoin')
if not pubkey_flag:
privkey=tools.det_hash(brainwallet)
pubkey=tools.privtopub(privkey)
else:
pubkey=brainwallet
a=tools.empty_peer()
a['port']=custom.port
b=custom.peers
my_ip=tools.getPublicIp()
b[my_ip+':'+str(custom.port)]=a
processes= [
{'target': blockchain.main,
'args': (DB,),
'name': 'blockchain'},
{'target': truthcoin_api.main,
'args': (DB, DB['heart_queue']),
'name': 'truthcoin_api'},
{'target': peers_check.main,
'args': (b, DB),
'name': 'peers_check'},
{'target': miner.main,
'args': (pubkey, DB),
'name': 'miner'},
{'target': networking.serve_forever,
'args': (peer_recieve_func, custom.port, DB['heart_queue'], True),
'name': 'peer_recieve'}
]
cmds=[database.DatabaseProcess(
DB['heart_queue'],
custom.database_name,
tools.log,
custom.database_port)]
try:
cmds[0].start()
except Exception as exc:
tools.log(exc)
tools.log('starting ' + cmds[0].name)
time.sleep(4)
tools.db_put('test', 'TEST')
tools.db_get('test')
tools.db_put('test', 'undefined')
b=tools.db_existence(0)
if not b:
tools.db_put('ip', my_ip)
tools.db_put('length', -1)
tools.db_put('memoized_votes', {})
tools.db_put('txs', [])
tools.db_put('peers', {})
tools.db_put('targets', {})
tools.db_put('times', {})
tools.db_put('mine', False)
tools.db_put('diffLength', '0')
tools.db_put('stop', False)
tools.log('stop: ' +str(tools.db_get('stop')))
for process in processes:
cmd=multiprocessing.Process(**process)
cmd.start()
cmds.append(cmd)
tools.log('starting '+cmd.name)
if not pubkey_flag:
tools.db_put('privkey', privkey)
else:
tools.db_put('privkey', 'Default')
tools.db_put('address', tools.make_address([pubkey], 1))
tools.log('stop: ' +str(tools.db_get('stop')))
while not tools.db_get('stop'):
time.sleep(0.5)
tools.log('about to stop threads')
DB['heart_queue'].put('stop')
for p in [[custom.port, '127.0.0.1'],
[custom.api_port, '127.0.0.1']]:
networking.connect('stop', p[0], p[1])
cmds.reverse()
for cmd in cmds[:-1]:
cmd.join()
tools.log('stopped a thread: '+str(cmd))
time.sleep(2)
networking.connect('stop', custom.database_port, '127.0.0.1')
cmds[-1].join()
tools.log('stopped a thread: '+str(cmds[-1]))
tools.log('all threads stopped')
sys.exit(0)
gui_port = 8700
version = "VERSION"
block_reward = 10**5
premine = 5 * 10**6
fee = 10**3
# Lower limits on what the "time" tag in a block can say.
mmm = 100
# Take the median of this many of the blocks.
# How far back in history do we look when we use statistics to guess at
# the current blocktime and difficulty.
history_length = 400
# This constant is selected such that the 50 most recent blocks count for 1/2 the
# total weight.
inflection = 0.985
download_many = 500 # Max number of blocks to request from a peer at the same time.
max_download = 50000
brainwallet = 'brain wallet'
privkey = tools.det_hash(brainwallet)
pubkey = tools.privtopub(privkey)
master_pubkey = tools.privtopub(privkey)
peers = [['localhost', 8901], ['localhost', 8902], ['localhost', 8903],
['localhost', 8904], ['localhost', 8905]]
hashes_per_check = 10**5
def blocktime(length):
if length * block_reward < premine:
return 30 # seconds
else:
return 60
def main(wallet_name='', key=''):
tools.log('custom.current_loc: ' + str(custom.current_loc))
print('Starting Coinami Client ...')
b = tools.db_existence('length')
# Initialize the db
if not b:
tools.db_put('length', -1)
tools.db_put('memoized_votes', {})
tools.db_put('txs', [])
tools.db_put('peers_ranked', [])
tools.db_put('times', {})
tools.db_put('mine', False)
tools.db_put('peers', [])
tools.db_put('authorities', [])
tools.db_put('miner_status', 'Uninitialized')
tools.db_put('miner_id', -1)
tools.db_put('default_wallet', False)
tools.db_put('stop', False)
tools.log('stop: ' + str(tools.db_get('stop')))
wallet = {}
if key == '':
wallet['valid'] = False
wallet['message'] = 'Please define a passphrase to open the wallet'
if wallet_name == '':
wallet_name = tools.db_get('default_wallet')
if not tools.db_get('default_wallet'):
wallet['valid'] = False
wallet['message'] = 'There is no defined default wallet. You need to specify one.'
else:
wallet = tools.read_wallet(wallet_name, key)
elif wallet_name != '':
wallet = tools.read_wallet(wallet_name, key)
if not wallet['valid']:
print wallet['message']
sys.exit(0)
# Take the initial peer and authority list over here. Also a download link for executable.
# Download can be started when miner is opened for the first time.
# Peers and authorities must be set immediately.
seed = str(wallet['seed'])
try:
info = json.loads(urllib2.urlopen(custom.info_address).read())
except:
print 'Could not read info file'
sys.exit(0)
peers = []
for authority in info['authorities']:
peers.append([authority['ip'], authority['port']])
authorities = []
for authority in info['authorities']:
authorities.append(authority['pubkey'])
tools.db_put('seed', seed)
tools.db_put('info', info)
tools.db_put('peers', peers)
tools.db_put('authorities', authorities)
tools.db_put('default_wallet', wallet_name)
privkey = tools.det_hash(wallet['seed'])
pubkey = tools.privtopub(privkey)
tools.db_put('privkey', privkey)
tools.db_put('pubkey', pubkey)
processes = [
{'target': tools.heart_monitor,
'name': 'heart_monitor'},
{'target': blockchain.main,
'name': 'blockchain'},
{'target': api.main,
'name': 'api'},
{'target': peers_check.main,
'args': (tools.db_get('peers'),),
'name': 'peers_check'},
{'target': networking.serve_forever,
'args': (peer_recieve_func, custom.port, custom.queues['heart_queue'], True),
'name': 'peer_recieve'},
{'target': miner.main,
'args': (pubkey, ),
'name': 'miner'}
]
running_processes = []
for process in processes[1:]:
cmd = multiprocessing.Process(**process)
cmd.start()
running_processes.append(cmd)
tools.log('starting ' + cmd.name)
tools.db_put('address', tools.make_address([pubkey], 1))
tools.log('stop: ' + str(tools.db_get('stop')))
# until stop command puts into db, threads module will stay in this loop
while not tools.db_get('stop'):
time.sleep(0.5)
# start the stopping
custom.queues['heart_queue'].put('stop')
for p in [[custom.port, '127.0.0.1'],
[custom.api_port, '127.0.0.1']]:
networking.connect('stop', p[0], p[1])
running_processes.reverse()
# process = psutil.Process(os.getpid())
# for proc in process.get_children(recursive=True):
# print proc.pid
# proc.kill()
time.sleep(2)
for cmd in running_processes[:-1]:
print 'im waiting for %s' % str(cmd)
cmd.terminate()
cmd.join()
print('all processes stopped')
sys.exit(0)
def main(wallet_name='', key=''):
tools.log('custom.current_loc: ' + str(custom.current_loc))
print('Starting Coinami Client ...')
b = tools.db_existence('length')
# Initialize the db
if not b:
tools.db_put('length', -1)
tools.db_put('memoized_votes', {})
tools.db_put('txs', [])
tools.db_put('peers_ranked', [])
tools.db_put('times', {})
tools.db_put('mine', False)
tools.db_put('peers', [])
tools.db_put('authorities', [])
tools.db_put('miner_status', 'Uninitialized')
tools.db_put('miner_id', -1)
tools.db_put('default_wallet', False)
tools.db_put('stop', False)
tools.log('stop: ' + str(tools.db_get('stop')))
wallet = {}
if key == '':
wallet['valid'] = False
wallet['message'] = 'Please define a passphrase to open the wallet'
if wallet_name == '':
wallet_name = tools.db_get('default_wallet')
if not tools.db_get('default_wallet'):
wallet['valid'] = False
wallet[
'message'] = 'There is no defined default wallet. You need to specify one.'
else:
wallet = tools.read_wallet(wallet_name, key)
elif wallet_name != '':
wallet = tools.read_wallet(wallet_name, key)
if not wallet['valid']:
print wallet['message']
sys.exit(0)
# Take the initial peer and authority list over here. Also a download link for executable.
# Download can be started when miner is opened for the first time.
# Peers and authorities must be set immediately.
seed = str(wallet['seed'])
try:
info = json.loads(urllib2.urlopen(custom.info_address).read())
except:
print 'Could not read info file'
sys.exit(0)
peers = []
for authority in info['authorities']:
peers.append([authority['ip'], authority['port']])
authorities = []
for authority in info['authorities']:
authorities.append(authority['pubkey'])
tools.db_put('seed', seed)
tools.db_put('info', info)
tools.db_put('peers', peers)
tools.db_put('authorities', authorities)
tools.db_put('default_wallet', wallet_name)
privkey = tools.det_hash(wallet['seed'])
pubkey = tools.privtopub(privkey)
tools.db_put('privkey', privkey)
tools.db_put('pubkey', pubkey)
processes = [{
'target': tools.heart_monitor,
'name': 'heart_monitor'
}, {
'target': blockchain.main,
'name': 'blockchain'
}, {
'target': api.main,
'name': 'api'
}, {
'target': peers_check.main,
'args': (tools.db_get('peers'), ),
'name': 'peers_check'
}, {
'target':
networking.serve_forever,
'args':
(peer_recieve_func, custom.port, custom.queues['heart_queue'], True),
'name':
'peer_recieve'
}, {
'target': miner.main,
'args': (pubkey, ),
'name': 'miner'
}]
running_processes = []
for process in processes[1:]:
cmd = multiprocessing.Process(**process)
cmd.start()
running_processes.append(cmd)
tools.log('starting ' + cmd.name)
tools.db_put('address', tools.make_address([pubkey], 1))
tools.log('stop: ' + str(tools.db_get('stop')))
# until stop command puts into db, threads module will stay in this loop
while not tools.db_get('stop'):
time.sleep(0.5)
# start the stopping
custom.queues['heart_queue'].put('stop')
for p in [[custom.port, '127.0.0.1'], [custom.api_port, '127.0.0.1']]:
networking.connect('stop', p[0], p[1])
running_processes.reverse()
# process = psutil.Process(os.getpid())
# for proc in process.get_children(recursive=True):
# print proc.pid
# proc.kill()
time.sleep(2)
for cmd in running_processes[:-1]:
print 'im waiting for %s' % str(cmd)
cmd.terminate()
cmd.join()
print('all processes stopped')
sys.exit(0)
def main(brainwallet, pubkey_flag=False):
DB = custom.DB
tools.log('custom.current_loc: ' + str(custom.current_loc))
print('starting full node')
if not pubkey_flag:
privkey = tools.det_hash(brainwallet)
pubkey = tools.privtopub(privkey)
else:
pubkey = brainwallet
a = tools.empty_peer()
b = custom.peers
#b[tools.getPublicIp()+':'+str(custom.port)]=a
processes = [
{
'target':
db.main,
'args': (DB['heart_queue'], custom.database_name, tools.log,
custom.database_port),
'name':
'db'
},
{
'target': auto_signer.mainloop,
'args': (),
'name': 'auto_signer'
},
{
'target': reward_collector.doit,
'args': (),
'name': 'auto_signer'
},
#{'target':tools.heart_monitor,
# 'args':(DB['heart_queue'], ),
# 'name':'heart_monitor'},
{
'target': blockchain.main,
'args': (DB, ),
'name': 'blockchain'
},
{
'target': api.main,
'args': (DB, DB['heart_queue']),
'name': 'api'
},
{
'target': peers_check.main,
'args': (b, DB),
'name': 'peers_check'
},
{
'target': networking.serve_forever,
'args': (peer_recieve_func, custom.port, DB['heart_queue'], True),
'name': 'peer_recieve'
}
]
cmds = []
cmd = multiprocessing.Process(**processes[0])
cmd.start()
cmds.append(cmd)
tools.log('starting ' + cmd.name)
time.sleep(4)
b = tools.db_existence(0)
#def empty_memoized(): return({'blockcount':-3000})
if not b:
tools.local_put('length', -1)
tools.local_put('height', -1)
tools.local_put('memoized_votes', {})
tools.local_put('txs', [])
tools.local_put('peers', {})
tools.local_put('targets', {})
tools.local_put('times', {})
tools.local_put('mine', False)
tools.local_put('my_sign_txs', {}) #empty_memoized())
tools.local_put('secrets', {})
money = db.default_entry()
money['amount'] += custom.all_money
tools.db_put(custom.creator, money)
tools.local_put('stop', False)
tools.log('stop: ' + str(tools.local_get('stop')))
for process in processes[1:]:
cmd = multiprocessing.Process(**process)
cmd.start()
cmds.append(cmd)
tools.log('starting ' + cmd.name)
if not pubkey_flag:
tools.local_put('privkey', privkey)
else:
tools.local_put('privkey', 'Default')
Address = tools.make_address([pubkey], 1)
tools.local_put('address', Address)
a = tools.db_proof(Address)
tools.local_put('balance_proofs-1', a)
tools.log('stop: ' + str(tools.local_get('stop')))
while not tools.local_get('stop'):
time.sleep(0.5)
tools.log('about to stop threads')
DB['heart_queue'].put('stop')
for p in [[custom.port, '127.0.0.1'], [custom.api_port, '127.0.0.1']]:
networking.connect('stop', p[0], p[1])
cmds.reverse()
for cmd in cmds[:-1]:
cmd.join()
tools.log('stopped a thread: ' + str(cmd))
time.sleep(2)
networking.connect('stop', custom.database_port, '127.0.0.1')
cmds[-1].join()
tools.log('stopped a thread: ' + str(cmds[-1]))
tools.log('all threads stopped')
sys.exit(0)
def home(DB, dic):
def display_msg(msg):
try:
return str(msg['msg']) + ' : ' + str(msg['reputation'] / 100000.0)
except:
return str(msg['msg']) + ' : ' + str(msg['amount'] / 100000.0)
def display_posts(posts, parent, tabs):
out = '{}'
if tabs > 2: return out
for pos in posts:
id_ = transactions.postid(pos)
if pos['parent'] == parent:
bumper = '<div class="contentcontainer med left" style="margin-left: ' + str(
100 * tabs) + 'px;"><p>{}</p></div>'
if pos in zeroth_confirmations:
print('pos: ' + str(pos))
out = out.format(bumper.format(display_msg(pos)) + '{}')
else:
txt = bumper.format(
easyForm(
'/home', display_msg(pos), '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="parent" value="{}">
<input type="hidden" name="privkey" value="{}">'''.format(
id_, id_, privkey))).format('') + '{}'
out = out.format(txt)
out = out.format(display_posts(posts, id_, tabs + 1))
return out
def balance_(address, DB):
balance = blockchain.db_get(address, DB)['amount']
for tx in DB['txs']:
if tx['type'] == 'spend':
if tx['to'] == address:
balance += tx['amount']
if tx['pubkeys'][0] == pubkey:
balance -= tx['amount'] + custom.fee
if tx['type'] == 'post':
if tx['pubkeys'][0] == pubkey:
balance -= tx['amount'] + custom.fee
return balance
if 'BrainWallet' in dic:
dic['privkey'] = tools.det_hash(dic['BrainWallet'])
elif 'privkey' not in dic:
return "<p>You didn't type in your brain wallet.</p>"
privkey = dic['privkey']
pubkey = tools.privtopub(dic['privkey'])
address = tools.make_address([pubkey], 1)
balance = balance_(address, DB)
doFunc = {
'spend': (lambda dic: spend(float(dic['amount']), pubkey, privkey, dic[
'to'], DB)),
'post': (lambda dic: post(float(dic['amount']), pubkey, privkey, dic[
'msg'], dic['parent'], DB)),
'vote': (lambda dic: vote(float(dic['amount']), pubkey, privkey, dic[
'location'], DB))
}
try:
if 'do' in dic.keys(): doFunc[dic['do']](dic)
except:
pass
out = empty_page
out = out.format('<p>your address: ' + str(address) + '</p>{}')
out = out.format('<p>current block: ' + str(DB['length']) + '</p>{}')
out = out.format('<p>current balance is: ' + str(balance / 100000.0) +
'</p>{}')
if balance > 0:
out = out.format(
easyForm(
'/home', 'spend money', '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="do" value="spend">
<input type="text" name="to" value="address to give to">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(
dic['location'], privkey)))
out = out.format(newline)
out = out.format(
easyForm(
'/home', 'create post', '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="do" value="post">
<input type="text" name="msg" value="message">
<input type="hidden" name="parent" value="{}">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(
dic['location'], dic['location'], privkey)))
out = out.format(newline)
posts = map(lambda x: blockchain.db_get(x, DB), DB['posts'])
zeroth_confirmations = filter(lambda tx: tx['type'] == 'post', DB['txs'])
posts += zeroth_confirmations
msg = blockchain.db_get(dic['location'], DB)
txt = ''' <input type="hidden" name="privkey" value="{}">
<input type="hidden" name="location" value="{}">
'''.format(privkey, '{}')
out = out.format(
easyForm('/home', 'Refresh: cd ./', txt.format(dic['location'])))
out = out.format(
easyForm('/home', 'Back: cd ../', txt.format(msg['parent'])))
out = out.format(easyForm('/home', 'Root: cd /', txt.format('root')))
out = out.format('<h2>' + display_msg(msg) + '</h2>{}')
if balance > 0:
out = out.format(
easyForm(
'/home', 'upvote/downvote',
txt.format(dic['location']) + '''
<input type="hidden" name="do" value="vote">
<input type="text" name="amount" value="amount +/-">
'''))
out = out.format(display_posts(posts, dic['location'], 0))
return out.format('')
def main(brainwallet, pubkey_flag=False):
DB=custom.DB
tools.log('custom.current_loc: ' +str(custom.current_loc))
print('starting full node')
if not pubkey_flag:
privkey=tools.det_hash(brainwallet)
pubkey=tools.privtopub(privkey)
else:
pubkey=brainwallet
a=tools.empty_peer()
b=custom.peers
#b[tools.getPublicIp()+':'+str(custom.port)]=a
processes= [
{'target': db.main,
'args': (DB['heart_queue'], custom.database_name, tools.log, custom.database_port),
'name': 'db'},
{'target': auto_signer.mainloop,
'args': (),
'name': 'auto_signer'},
{'target': reward_collector.doit,
'args': (),
'name': 'auto_signer'},
#{'target':tools.heart_monitor,
# 'args':(DB['heart_queue'], ),
# 'name':'heart_monitor'},
{'target': blockchain.main,
'args': (DB,),
'name': 'blockchain'},
{'target': api.main,
'args': (DB, DB['heart_queue']),
'name': 'api'},
{'target': peers_check.main,
'args': (b, DB),
'name': 'peers_check'},
{'target': networking.serve_forever,
'args': (peer_recieve_func, custom.port, DB['heart_queue'], True),
'name': 'peer_recieve'}
]
cmds=[]
cmd=multiprocessing.Process(**processes[0])
cmd.start()
cmds.append(cmd)
tools.log('starting '+cmd.name)
time.sleep(4)
b=tools.db_existence(0)
#def empty_memoized(): return({'blockcount':-3000})
if not b:
tools.local_put('length', -1)
tools.local_put('height', -1)
tools.local_put('memoized_votes', {})
tools.local_put('txs', [])
tools.local_put('peers', {})
tools.local_put('targets', {})
tools.local_put('times', {})
tools.local_put('mine', False)
tools.local_put('my_sign_txs', {})#empty_memoized())
tools.local_put('secrets', {})
money=db.default_entry()
money['amount']+=custom.all_money
tools.db_put(custom.creator, money)
tools.local_put('stop', False)
tools.log('stop: ' +str(tools.local_get('stop')))
for process in processes[1:]:
cmd=multiprocessing.Process(**process)
cmd.start()
cmds.append(cmd)
tools.log('starting '+cmd.name)
if not pubkey_flag:
tools.local_put('privkey', privkey)
else:
tools.local_put('privkey', 'Default')
Address=tools.make_address([pubkey], 1)
tools.local_put('address', Address)
a=tools.db_proof(Address)
tools.local_put('balance_proofs-1', a)
tools.log('stop: ' +str(tools.local_get('stop')))
while not tools.local_get('stop'):
time.sleep(0.5)
tools.log('about to stop threads')
DB['heart_queue'].put('stop')
for p in [[custom.port, '127.0.0.1'],
[custom.api_port, '127.0.0.1']]:
networking.connect('stop', p[0], p[1])
cmds.reverse()
for cmd in cmds[:-1]:
cmd.join()
tools.log('stopped a thread: '+str(cmd))
time.sleep(2)
networking.connect('stop', custom.database_port, '127.0.0.1')
cmds[-1].join()
tools.log('stopped a thread: '+str(cmds[-1]))
tools.log('all threads stopped')
sys.exit(0)
script=file(sys.argv[1],'r').read()
except: script=''
db = leveldb.LevelDB(custom.database_name)
DB = {'stop':False,
'mine':False,
'db': db,
'txs': [],
'suggested_blocks': suggested_blocks,
'suggested_txs': Queue.Queue(),
'heart_queue': heart_queue,
'memoized_votes':{},
'peers_ranked':[],
'brainwallet':'brain wallet',
'diffLength': '0'}
DB['privkey']=tools.det_hash(DB['brainwallet'])
DB['pubkey']=tools.privtopub(DB['privkey'])
DB['address']=tools.make_address([DB['pubkey']], 1)
def len_f(i, DB):
if not tools.db_existence(str(i), DB): return i-1
return len_f(i+1, DB)
DB['length']=len_f(0, DB)
DB['diffLength']='0'
if DB['length']>-1:
DB['diffLength']=tools.db_get(str(DB['length']), DB)['diffLength']
worker_tasks = [
# Keeps track of blockchain database, checks on peers for new blocks and
# transactions.
#all these workers share memory DB
#if any one gets blocked, then they are all blocked.
{'target': api.main,
listen_port = 8900
gui_port = 8700
version = "VERSION"
block_reward = 10**5
premine = 5 * 10**6
fee = 10**3
# Lower limits on what the "time" tag in a block can say.
mmm = 100
# Take the median of this many of the blocks.
# How far back in history do we look when we use statistics to guess at
# the current blocktime and difficulty.
history_length = 400
# This constant is selected such that the 50 most recent blocks count for 1/2 the
# total weight.
inflection = 0.985
download_many = 500 # Max number of blocks to request from a peer at the same time.
max_download = 50000
brainwallet = 'brain wallet'
privkey = tools.det_hash(brainwallet)
pubkey = tools.privtopub(privkey)
peers = [['localhost', 8901], ['localhost', 8902], ['localhost', 8903],
['localhost', 8904], ['localhost', 8905]]
hashes_per_check = 10**5
def blocktime(length):
if length * block_reward < premine:
return 30 # seconds
else:
return 60
def main(brainwallet):
print('starting truthcoin')
heart_queue=multiprocessing.Queue()
suggested_blocks=multiprocessing.Queue()
#db = leveldb.LevelDB(custom.database_name)
DB = {#'targets':{},
#'times':{},
#'db': db,
'txs': [],
'reward_peers_queue':multiprocessing.Queue(),
'suggested_blocks': suggested_blocks,
'suggested_txs': multiprocessing.Queue(),
'heart_queue': heart_queue,
'memoized_votes':{},
#'peers_ranked':[],
'diffLength': '0'}
tools.db_put('peers_ranked', [])
tools.db_put('targets', {})
tools.db_put('times', {})
tools.db_put('stop', False)
tools.db_put('mine', False)
DB['privkey']=tools.det_hash(brainwallet)
DB['pubkey']=tools.privtopub(DB['privkey'])
DB['address']=tools.make_address([DB['pubkey']], 1)
def len_f(i, DB):
if not tools.db_existence(str(i), DB): return i-1
return len_f(i+1, DB)
DB['length']=len_f(0, DB)
DB['diffLength']='0'
if DB['length']>-1:
'''
{'target': blockchain.suggestion_txs,
'args': (DB,),
'daemon': True},
{'target': blockchain.suggestion_blocks,
'args': (DB,),
'daemon': True},
'''
#print('thing: ' +str(tools.db_get(str(DB['length']), DB)))
DB['diffLength']=tools.db_get(str(DB['length']), DB)['diffLength']
worker_tasks = [
#all these workers share memory DB
#if any one gets blocked, then they are all blocked.
{'target': truthcoin_api.main,
'args': (DB, heart_queue),
'daemon':True},
{'target': blockchain.main,
'args': (DB,),
'daemon': True},
{'target': miner.main,
'args': (DB['pubkey'], DB),
'daemon': False},
{'target': peers_check.main,
'args': (custom.peers, DB),
'daemon': True},
{'target': networking.serve_forever,
'args': (custom.port, lambda d: peer_recieve.main(d, DB), heart_queue, DB),
'daemon': True}
]
processes= [#this thread does NOT share memory with the rest.
{'target':tools.heart_monitor,
'args':(heart_queue, )}
]
cmds=[]
for process in processes:
cmd=multiprocessing.Process(target=process['target'], args=process['args'])
cmd.start()
cmds.append(cmd)
def start_worker_proc(**kwargs):
daemon=kwargs.pop('daemon', True)
proc = threading.Thread(**kwargs)
proc.daemon = daemon
proc.start()
return proc
workers = [start_worker_proc(**task_info) for task_info in worker_tasks]
while not tools.db_get('stop'):
time.sleep(0.5)
tools.log('about to stop threads')
DB['heart_queue'].put('stop')
for worker in workers:
tools.log('stopped a thread')
worker.join()
for cmd in cmds:
tools.log('stopped a thread')
cmd.join()
#del DB['db']
tools.log('all threads stopped')
sys.exit(1)
def main(brainwallet):
print('starting truthcoin')
heart_queue = multiprocessing.Queue()
suggested_blocks = multiprocessing.Queue()
#db = leveldb.LevelDB(custom.database_name)
DB = { #'targets':{},
#'times':{},
#'db': db,
'txs': [],
'reward_peers_queue': multiprocessing.Queue(),
'suggested_blocks': suggested_blocks,
'suggested_txs': multiprocessing.Queue(),
'heart_queue': heart_queue,
'memoized_votes': {},
#'peers_ranked':[],
'diffLength': '0'
}
tools.db_put('peers_ranked', [])
tools.db_put('targets', {})
tools.db_put('times', {})
tools.db_put('stop', False)
tools.db_put('mine', False)
DB['privkey'] = tools.det_hash(brainwallet)
DB['pubkey'] = tools.privtopub(DB['privkey'])
DB['address'] = tools.make_address([DB['pubkey']], 1)
def len_f(i, DB):
if not tools.db_existence(str(i), DB): return i - 1
return len_f(i + 1, DB)
DB['length'] = len_f(0, DB)
DB['diffLength'] = '0'
if DB['length'] > -1:
'''
{'target': blockchain.suggestion_txs,
'args': (DB,),
'daemon': True},
{'target': blockchain.suggestion_blocks,
'args': (DB,),
'daemon': True},
'''
#print('thing: ' +str(tools.db_get(str(DB['length']), DB)))
DB['diffLength'] = tools.db_get(str(DB['length']), DB)['diffLength']
worker_tasks = [
#all these workers share memory DB
#if any one gets blocked, then they are all blocked.
{
'target': truthcoin_api.main,
'args': (DB, heart_queue),
'daemon': True
},
{
'target': blockchain.main,
'args': (DB, ),
'daemon': True
},
{
'target': miner.main,
'args': (DB['pubkey'], DB),
'daemon': False
},
{
'target': peers_check.main,
'args': (custom.peers, DB),
'daemon': True
},
{
'target':
networking.serve_forever,
'args':
(custom.port, lambda d: peer_recieve.main(d, DB), heart_queue, DB),
'daemon':
True
}
]
processes = [ #this thread does NOT share memory with the rest.
{
'target': tools.heart_monitor,
'args': (heart_queue, )
}
]
cmds = []
for process in processes:
cmd = multiprocessing.Process(target=process['target'],
args=process['args'])
cmd.start()
cmds.append(cmd)
def start_worker_proc(**kwargs):
daemon = kwargs.pop('daemon', True)
proc = threading.Thread(**kwargs)
proc.daemon = daemon
proc.start()
return proc
workers = [start_worker_proc(**task_info) for task_info in worker_tasks]
while not tools.db_get('stop'):
time.sleep(0.5)
tools.log('about to stop threads')
DB['heart_queue'].put('stop')
for worker in workers:
tools.log('stopped a thread')
worker.join()
for cmd in cmds:
tools.log('stopped a thread')
cmd.join()
#del DB['db']
tools.log('all threads stopped')
sys.exit(1)
['192.241.212.114', 80]]
def hash_(x): return hashlib.sha256(x).hexdigest()
database_name='DB.db'
listen_port=8900
gui_port=8700
version="VERSION"
block_reward=10**5
premine=5*10**6
fee=10**3
mmm=100#lower limits on what
#the "time" tag in a block can say. Take the median
#of this many of the blocks.
history_length=400#how far back in history do
#we look when we use statistics to guess at
#the current blocktime and difficulty.
inflection=0.985#This constant is selected such
#that the 50 most recent blocks count for 1/2 the
#total weight.
download_many=20#max number of blocks to request
#from a peer at the same time.
max_download=50000
privkey=tools.det_hash(brainwallet)
pubkey=tools.privtopub(privkey)
hashes_per_check=10**5
def blocktime(length):
if length*block_reward<premine:
return 30
else:
return 60
def home(DB, dic):
def display_msg(msg):
try: return str(msg['msg'])+' : '+str(msg['reputation']/100000.0)
except: return str(msg['msg'])+' : '+str(msg['amount']/100000.0)
def display_posts(posts, parent, tabs):
out='{}'
if tabs>2: return out
for pos in posts:
id_=transactions.postid(pos)
if pos['parent']==parent:
bumper='<div class="contentcontainer med left" style="margin-left: '+str(100*tabs)+'px;"><p>{}</p></div>'
if pos in zeroth_confirmations:
print('pos: ' +str(pos))
out=out.format(bumper.format(display_msg(pos))+'{}')
else:
txt=bumper.format(easyForm('/home', display_msg(pos), '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="parent" value="{}">
<input type="hidden" name="privkey" value="{}">'''.format(id_, id_,privkey))).format('')+'{}'
out=out.format(txt)
out=out.format(display_posts(posts, id_, tabs+1))
return out
def balance_(address, DB):
balance=blockchain.db_get(address, DB)['amount']
for tx in DB['txs']:
if tx['type'] == 'spend':
if tx['to'] == address:
balance += tx['amount']
if tx['pubkeys'][0] == pubkey:
balance -= tx['amount'] + custom.fee
if tx['type'] == 'post':
if tx['pubkeys'][0] == pubkey:
balance -= tx['amount'] + custom.fee
return balance
if 'BrainWallet' in dic:
dic['privkey']=tools.det_hash(dic['BrainWallet'])
elif 'privkey' not in dic:
return "<p>You didn't type in your brain wallet.</p>"
privkey=dic['privkey']
pubkey=tools.privtopub(dic['privkey'])
address=tools.make_address([pubkey], 1)
balance=balance_(address, DB)
doFunc={'spend': (lambda dic: spend(float(dic['amount']), pubkey, privkey, dic['to'], DB)),
'post': (lambda dic: post(float(dic['amount']), pubkey, privkey, dic['msg'], dic['parent'], DB)),
'vote': (lambda dic: vote(float(dic['amount']), pubkey, privkey, dic['location'], DB))}
try:
if 'do' in dic.keys(): doFunc[dic['do']](dic)
except: pass
out=empty_page
out=out.format('<p>your address: ' +str(address)+'</p>{}')
out=out.format('<p>current block: ' +str(DB['length'])+'</p>{}')
out=out.format('<p>current balance is: ' +str(balance/100000.0)+'</p>{}')
if balance>0:
out=out.format(easyForm('/home', 'spend money', '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="do" value="spend">
<input type="text" name="to" value="address to give to">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(dic['location'], privkey)))
out=out.format(newline)
out=out.format(easyForm('/home', 'create post', '''
<input type="hidden" name="location" value="{}">
<input type="hidden" name="do" value="post">
<input type="text" name="msg" value="message">
<input type="hidden" name="parent" value="{}">
<input type="text" name="amount" value="amount to spend">
<input type="hidden" name="privkey" value="{}">'''.format(dic['location'], dic['location'], privkey)))
out=out.format(newline)
posts=map(lambda x: blockchain.db_get(x, DB), DB['posts'])
zeroth_confirmations=filter(lambda tx: tx['type']=='post', DB['txs'])
posts+=zeroth_confirmations
msg=blockchain.db_get(dic['location'], DB)
txt=''' <input type="hidden" name="privkey" value="{}">
<input type="hidden" name="location" value="{}">
'''.format(privkey, '{}')
out=out.format(easyForm('/home', 'Refresh: cd ./', txt.format(dic['location'])))
out=out.format(easyForm('/home', 'Back: cd ../', txt.format(msg['parent'])))
out=out.format(easyForm('/home', 'Root: cd /', txt.format('root')))
out=out.format('<h2>'+display_msg(msg)+'</h2>{}')
if balance>0: out=out.format(easyForm('/home', 'upvote/downvote', txt.format(dic['location'])+'''
<input type="hidden" name="do" value="vote">
<input type="text" name="amount" value="amount +/-">
'''))
out=out.format(display_posts(posts, dic['location'], 0))
return out.format('')
db = leveldb.LevelDB(custom.database_name)
DB = {
'stop': False,
'mine': False,
'db': db,
'txs': [],
'suggested_blocks': suggested_blocks,
'suggested_txs': Queue.Queue(),
'heart_queue': heart_queue,
'memoized_votes': {},
'peers_ranked': [],
'brainwallet': 'brain wallet',
'diffLength': '0'
}
DB['privkey'] = tools.det_hash(DB['brainwallet'])
DB['pubkey'] = tools.privtopub(DB['privkey'])
DB['address'] = tools.make_address([DB['pubkey']], 1)
def len_f(i, DB):
if not tools.db_existence(str(i), DB): return i - 1
return len_f(i + 1, DB)
DB['length'] = len_f(0, DB)
DB['diffLength'] = '0'
if DB['length'] > -1:
DB['diffLength'] = tools.db_get(str(DB['length']), DB)['diffLength']
worker_tasks = [
# Keeps track of blockchain database, checks on peers for new blocks and
# transactions.
#all these workers share memory DB
