def getblockchaininfo(s, state, window): if s['getblockchaininfo']['chain'] == "test": state['testnet'] = 1 else: state['testnet'] = 0 if state['mode'] == "splash": splash.draw_window(state, window)
def getblockchaininfo(s, state, window): if s['getblockchaininfo']['chain'] == "test": state['testnet'] = 1 else: state['testnet'] = 0 if state['mode'] == "splash": splash.draw_window(state, window)
def getnetworkinfo(s, state, window, rpc_queue):
state['version'] = str(s['getnetworkinfo']['version'] / 1000000)
state['version'] += '.' + str(
(s['getnetworkinfo']['version'] % 1000000) / 10000)
state['version'] += '.' + str(
(s['getnetworkinfo']['version'] % 10000) / 100)
state['version'] += '.' + str((s['getnetworkinfo']['version'] % 100))
if state['mode'] == "splash":
splash.draw_window(state, window, rpc_queue)
def getinfo(s, state, window):
state['version'] = str(s['getinfo']['version'] / 1000000)
state['version'] += '.' + str((s['getinfo']['version'] % 1000000) / 10000)
state['version'] += '.' + str((s['getinfo']['version'] % 10000) / 100)
state['version'] += '.' + str((s['getinfo']['version'] % 100))
if s['getinfo']['testnet'] == True:
state['testnet'] = 1
else:
state['testnet'] = 0
if state['mode'] == "splash":
splash.draw_window(state, window)
def getinfo(s, state, window):
state['version'] = str(s['getinfo']['version'] / 1000000)
state['version'] += '.' + str((s['getinfo']['version'] % 1000000) / 10000)
state['version'] += '.' + str((s['getinfo']['version'] % 10000) / 100)
state['version'] += '.' + str((s['getinfo']['version'] % 100))
if s['getinfo']['testnet'] == True:
state['testnet'] = 1
else:
state['testnet'] = 0
if state['mode'] == "splash":
splash.draw_window(state, window)
def main(interface_queue, rpc_queue):
window = init_curses()
error_message = False
try:
state = init_state()
splash.draw_window(state, window)
error_message = loop(state, window, interface_queue, rpc_queue)
finally: # restore sane terminal state, end RPC thread
curses.nocbreak()
curses.endwin()
rpc_queue.put({ 'stop': True })
if error_message:
sys.stderr.write("bitcoind-ncurses encountered an error\n")
sys.stderr.write("Message: " + error_message + "\n")
def loop(interface_queue, rpc_queue):
window = init_curses()
state = {
'mode': "splash",
'blocks': {
'cursor': 0,
'offset': 0
},
'networkhashps': {},
'console': {
'cbuffer': [],
'rbuffer': [],
'offset': 0
},
'x': -1,
'y': -1,
'history': {
'getnettotals': []
}
}
splash.draw_window(state, window)
iterations = 0
while 1:
check_window_size(interface_queue, state, window, 12,
75) # min_y, min_x
error_message = process.queue(state, window, interface_queue)
if error_message:
break # ends if stop command sent by rpc
if state['mode'] == "monitor":
if not iterations % 20:
monitor.draw_window(state, window)
if hotkey.check(state, window, rpc_queue): # poll for user input
break # returns 1 when quit key is pressed
iterations += 1
curses.nocbreak()
curses.endwin()
rpc_queue.put({'stop': True})
if error_message:
sys.stderr.write("bitcoind-ncurses encountered an error\n")
sys.stderr.write("Message: " + error_message + "\n")
def main(block_viewer, window, interface_queue, rpcc, poller, initial_mode=None):
error_message = False
rpcc.request("getnetworkinfo")
rpcc.request("getblockchaininfo")
try:
state = init_state()
splash.draw_window(state, window)
check_window_size(interface_queue, state, window, 12, 75) # min_y, min_x
if initial_mode:
hotkey.change_mode(state, window, initial_mode, poller)
error_message = loop(block_viewer, state, window, interface_queue, rpcc, poller)
finally: # restore sane terminal state, end RPC thread
curses.nocbreak()
curses.endwin()
if error_message:
sys.stderr.write("bitcoind-ncurses encountered an error\n")
sys.stderr.write("Message: " + error_message + "\n")
def loop(interface_queue, rpc_queue):
window = init_curses()
state = {
'mode': "splash",
'blocks': { 'cursor': 0, 'offset': 0 },
'networkhashps': {},
'console': { 'cbuffer': [], 'rbuffer': [], 'offset': 0 },
'x': -1,
'y': -1,
'history': { 'getnettotals': [] }
}
splash.draw_window(state, window)
iterations = 0
while 1:
check_window_size(interface_queue, state, window, 12, 75) # min_y, min_x
error_message = process.queue(state, window, interface_queue)
if error_message:
break # ends if stop command sent by rpc
if state['mode'] == "monitor":
if not iterations % 20:
monitor.draw_window(state, window)
if hotkey.check(state, window, rpc_queue): # poll for user input
break # returns 1 when quit key is pressed
iterations += 1
curses.nocbreak()
curses.endwin()
rpc_queue.put({ 'stop': True })
if error_message:
sys.stderr.write("bitcoind-ncurses encountered an error\n")
sys.stderr.write("Message: " + error_message + "\n")
def queue(state, window, interface_queue):
try:
s = interface_queue.get(False)
except Queue.Empty:
return False
if 'stop' in s:
return s['stop']
elif 'resize' in s:
if state['mode'] == 'transaction':
tx.draw_window(state, window)
elif state['mode'] == 'block':
block.draw_window(state, window)
elif state['mode'] == 'peers':
peers.draw_window(state, window)
elif state['mode'] == 'wallet':
wallet.draw_window(state, window)
elif state['mode'] == 'monitor':
monitor.draw_window(state, window)
elif state['mode'] == 'console':
console.draw_window(state, window)
# redraw_all_the_things
pass
elif 'getinfo' in s:
state['version'] = str(s['getinfo']['version'] / 1000000)
state['version'] += '.' + str((s['getinfo']['version'] % 1000000) / 10000)
state['version'] += '.' + str((s['getinfo']['version'] % 10000) / 100)
state['version'] += '.' + str((s['getinfo']['version'] % 100))
if s['getinfo']['testnet'] == True:
state['testnet'] = 1
else:
state['testnet'] = 0
state['peers'] = s['getinfo']['connections']
if state['mode'] == "splash":
splash.draw_window(state, window)
elif 'getconnectioncount' in s:
state['peers'] = s['getconnectioncount']
elif 'getblockcount' in s:
state['blockcount'] = s['getblockcount']
if 'browse_height' not in state['blocks']:
state['blocks']['browse_height'] = state['blockcount']
elif 'getbalance' in s:
state['balance'] = s['getbalance']
elif 'getunconfirmedbalance' in s:
state['unconfirmedbalance'] = s['getunconfirmedbalance']
elif 'getblock' in s:
height = s['getblock']['height']
state['blocks'][str(height)] = s['getblock']
if state['mode'] == "monitor":
monitor.draw_window(state, window)
if state['mode'] == "block":
if 'queried' in s['getblock']:
state['blocks'][str(height)].pop('queried')
state['blocks']['browse_height'] = height
state['blocks']['offset'] = 0
state['blocks']['cursor'] = 0
block.draw_window(state, window)
elif 'coinbase' in s:
height = str(s['height'])
if height in state['blocks']:
state['blocks'][height]['coinbase_amount'] = s['coinbase']
elif 'getdifficulty' in s:
state['difficulty'] = s['getdifficulty']
elif 'getnetworkhashps' in s:
blocks = s['getnetworkhashps']['blocks']
state['networkhashps'][blocks] = s['getnetworkhashps']['value']
if state['mode'] == "splash" and blocks == 2016: # initialization complete
state['mode'] = "monitor"
monitor.draw_window(state, window)
elif 'getnettotals' in s:
state['totalbytesrecv'] = s['getnettotals']['totalbytesrecv']
state['totalbytessent'] = s['getnettotals']['totalbytessent']
elif 'getrawmempool' in s:
state['rawmempool'] = s['getrawmempool']
elif 'getpeerinfo' in s:
state['peerinfo'] = s['getpeerinfo']
state['peerinfo_offset'] = 0
if state['mode'] == "peers":
peers.draw_window(state, window)
elif 'listsinceblock' in s:
state['wallet'] = s['listsinceblock']
state['wallet']['cursor'] = 0
state['wallet']['offset'] = 0
state['wallet']['view_string'] = []
state['wallet']['transactions'].sort(key=lambda entry: entry['category'], reverse=True)
# add cumulative balance field to transactiosn once ordered by time
state['wallet']['transactions'].sort(key=lambda entry: entry['time'])
state['wallet']['transactions'].sort(key=lambda entry: entry['confirmations'], reverse=True)
cumulative_balance = 0
nonce = 0 # ensures a definitive ordering of transactions for cumulative balance
for entry in state['wallet']['transactions']:
entry['nonce'] = nonce
nonce += 1
if 'amount' in entry:
if 'fee' in entry:
cumulative_balance += entry['fee']
cumulative_balance += entry['amount']
entry['cumulative_balance'] = cumulative_balance
state['wallet']['transactions'].sort(key=lambda entry: entry['nonce'], reverse=True)
unit = 'BTC'
if 'testnet' in state:
if state['testnet']:
unit = 'TNC'
for entry in state['wallet']['transactions']:
if 'txid' in entry:
entry_time = time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(entry['time']))
output_string = entry_time + " %8d" % entry['confirmations'] + " conf"
delta = entry['amount']
if 'fee' in entry:
delta += entry['fee'] # this fails if not all inputs owned by wallet; could be 'too negative'
output_string += "% 17.8f" % delta + unit
output_string += " " + "% 17.8f" % entry['cumulative_balance'] + unit
state['wallet']['view_string'].append(output_string)
output_string = entry['txid'].rjust(74)
state['wallet']['view_string'].append(output_string)
if 'address' in entry: # TODO: more sanity checking here
output_string = " " + entry['category'].ljust(15) + entry['address']
else:
output_string = " unknown transaction type"
state['wallet']['view_string'].append(output_string)
state['wallet']['view_string'].append("")
if state['mode'] == "wallet":
wallet.draw_window(state, window)
elif 'lastblocktime' in s:
state['lastblocktime'] = s['lastblocktime']
elif 'txid' in s:
state['tx'] = {
'txid': s['txid'],
'vin': [],
'vout_string': [],
'cursor': 0,
'offset': 0,
'out_offset': 0,
'loaded': 1,
'mode': 'inputs',
'size': s['size'],
}
for vin in s['vin']:
if 'coinbase' in vin:
state['tx']['vin'].append({'coinbase': vin['coinbase']})
elif 'txid' in vin:
if 'prev_tx' in vin:
state['tx']['vin'].append({'txid': vin['txid'], 'vout': vin['vout'], 'prev_tx': vin['prev_tx']})
else:
state['tx']['vin'].append({'txid': vin['txid'], 'vout': vin['vout']})
state['tx']['total_outputs'] = 0
for vout in s['vout']:
if 'value' in vout:
if vout['scriptPubKey']['type'] == "pubkeyhash":
buffer_string = "% 14.8f" % vout['value'] + ": " + vout['scriptPubKey']['addresses'][0]
else:
buffer_string = "% 14.8f" % vout['value'] + ": " + vout['scriptPubKey']['asm']
if 'confirmations' in s:
if 'spent' in vout:
if vout['spent'] == 'confirmed':
buffer_string += " [SPENT]"
elif vout['spent'] == 'unconfirmed':
buffer_string += " [UNCONFIRMED SPEND]"
else:
buffer_string += " [UNSPENT]"
state['tx']['total_outputs'] += vout['value']
state['tx']['vout_string'].extend(textwrap.wrap(buffer_string,70)) # change this to scale with window ?
if 'total_inputs' in s:
state['tx']['total_inputs'] = s['total_inputs']
if 'confirmations' in s:
state['tx']['confirmations'] = s['confirmations']
if state['mode'] == "transaction":
tx.draw_window(state, window)
elif 'consolecommand' in s:
state['console']['cbuffer'].append(s['consolecommand'])
state['console']['rbuffer'].append(s['consoleresponse'])
state['console']['offset'] = 0
if state['mode'] == "console":
console.draw_window(state, window)
return False