def main(args, global_state):
global G
G = global_state
G.args = args
if args.testnet:
network.goto_testnet()
if args.logfile:
logger = coro.log.asn1.Logger(open(args.logfile, 'ab'))
else:
logger = coro.log.StderrLogger()
coro.log.set_logger(logger)
coro.log.redirect_stderr()
if args.daemon:
if not args.logfile:
raise ValueError("--daemon without --logfile")
else:
daemonize()
open('/var/run/caesure.pid', 'wb').write('%d\n' % os.getpid())
coro.set_exception_notifier(exception_notifier)
LOG('caesure', 'starting')
coro.spawn(main1, args, G)
try:
coro.event_loop()
except:
LOG.exc()
finally:
LOG('caesure', 'stopping')
def main (args, global_state):
global G
G = global_state
G.args = args
if args.testnet:
network.goto_testnet()
if args.logfile:
logger = coro.log.asn1.Logger (open (args.logfile, 'ab'))
else:
logger = coro.log.StderrLogger()
coro.log.set_logger (logger)
coro.log.redirect_stderr()
if args.daemon:
if not args.logfile:
raise ValueError ("--daemon without --logfile")
else:
daemonize()
open('/var/run/caesure.pid', 'wb').write ('%d\n' % os.getpid())
coro.set_exception_notifier (exception_notifier)
LOG ('caesure', 'starting')
coro.spawn (main1, args, G)
try:
coro.event_loop()
except:
LOG.exc()
finally:
LOG ('caesure', 'stopping')
def go(args, global_state):
global G
G = global_state
G.args = args
G.logger = ASN1_Logger(open(os.path.join(G.args.base, 'log.asn1'), 'ab'))
G.log = G.logger.log
# needed for the sub-imports below...
import coro
coro.set_exception_notifier(exception_notifier)
G.log('starting caesure')
G.addr_cache = AddressCache()
G.block_db = block_db.BlockDB(read_only=False)
G.hoover = BlockHoover()
G.txn_pool = TransactionPool()
G.recent_blocks = ledger.catch_up(G)
G.verbose = args.verbose
G.connection_map = {}
# install a real resolver
coro.dns.cache.install()
if args.monitor:
import coro.backdoor
coro.spawn(coro.backdoor.serve, unix_path='/tmp/caesure.bd')
users = {}
if args.user:
for user in args.user:
u, p = user.split(':')
users[u] = p
if args.webui:
import coro.http
import caesure.webadmin
import zlib
G.http_server = h = coro.http.server()
G.webadmin_handler = caesure.webadmin.handler(G)
if users:
h.push_handler(
coro.http.handlers.auth_handler(users, G.webadmin_handler))
coro.spawn(h.start, (('', 8380)))
else:
h.push_handler(G.webadmin_handler)
coro.spawn(h.start, (('127.0.0.1', 8380)))
h.push_handler(coro.http.handlers.coro_status_handler())
h.push_handler(
coro.http.handlers.favicon_handler(
zlib.compress(caesure.webadmin.favicon)))
G.in_conn_sem = coro.semaphore(args.incoming)
G.out_conn_sem = coro.semaphore(args.outgoing)
if args.relay:
Connection.relay = True
if args.serve:
for addr in args.serve:
coro.spawn(serve, addr)
if args.connect:
for addr in args.connect:
coro.spawn(connect, addr)
coro.spawn(G.addr_cache.purge_thread)
coro.spawn(new_block_thread)
coro.spawn(new_connection_thread)
coro.spawn(G.recent_blocks.save_ledger_thread)
def run_tests():
global main_thread
coro.install_signal_handlers = 0
coro.signal_handler.register (signal.SIGTERM, sigterm_handler)
coro.signal_handler.register (signal.SIGINT, sigterm_handler)
coro.set_exception_notifier(exception_notifier)
main_thread = coro.spawn(main)
coro.set_print_exit_string(False)
coro.event_loop()
sys.exit(exit_code)
def run_tests():
global main_thread
coro.install_signal_handlers = 0
coro.signal_handler.register(signal.SIGTERM, sigterm_handler)
coro.signal_handler.register(signal.SIGINT, sigterm_handler)
coro.set_exception_notifier(exception_notifier)
main_thread = coro.spawn(main)
coro.set_print_exit_string(False)
coro.event_loop()
sys.exit(exit_code)
def go (args, global_state):
global G
G = global_state
G.args = args
G.logger = ASN1_Logger (
open (os.path.join (G.args.base, 'log.asn1'), 'ab')
)
G.log = G.logger.log
# needed for the sub-imports below...
import coro
coro.set_exception_notifier (exception_notifier)
G.log ('starting caesure')
G.addr_cache = AddressCache()
G.block_db = block_db.BlockDB (read_only=False)
G.hoover = BlockHoover()
G.txn_pool = TransactionPool()
G.recent_blocks = ledger.catch_up (G)
G.verbose = args.verbose
G.connection_map = {}
# install a real resolver
coro.dns.cache.install()
if args.monitor:
import coro.backdoor
coro.spawn (coro.backdoor.serve, unix_path='/tmp/caesure.bd')
users = {}
if args.user:
for user in args.user:
u, p = user.split (':')
users[u] = p
if args.webui:
import coro.http
import caesure.webadmin
import zlib
G.http_server = h = coro.http.server()
G.webadmin_handler = caesure.webadmin.handler (G)
if users:
h.push_handler (coro.http.handlers.auth_handler (users, G.webadmin_handler))
coro.spawn (h.start, (('', 8380)))
else:
h.push_handler (G.webadmin_handler)
coro.spawn (h.start, (('127.0.0.1', 8380)))
h.push_handler (coro.http.handlers.coro_status_handler())
h.push_handler (
coro.http.handlers.favicon_handler (
zlib.compress (caesure.webadmin.favicon)
)
)
G.in_conn_sem = coro.semaphore (args.incoming)
G.out_conn_sem = coro.semaphore (args.outgoing)
if args.relay:
Connection.relay = True
if args.serve:
for addr in args.serve:
coro.spawn (serve, addr)
if args.connect:
for addr in args.connect:
coro.spawn (connect, addr)
coro.spawn (G.addr_cache.purge_thread)
coro.spawn (new_block_thread)
coro.spawn (new_connection_thread)
coro.spawn (G.recent_blocks.save_ledger_thread)