def get_global_tor(reactor, control_port=None,
progress_updates=None,
_tor_launcher=lambda r, c, p: launch_tor(
c, r, progress_updates=p)):
"""
See description of :class:`txtorcon.TCPHiddenServiceEndpoint`'s
class-method ``global_tor``
:param control_port:
a TCP port upon which to run the launched Tor's
control-protocol (selected by the OS by default).
:param progress_updates:
A callable that takes 3 args: ``percent, tag, message`` which
is called when Tor announcing some progress setting itself up.
:returns:
a ``Deferred`` that fires a :class:`txtorcon.TorConfig` which is
bootstrapped.
The _tor_launcher keyword arg is internal-only.
"""
global _global_tor_config
global _global_tor_lock
yield _global_tor_lock.acquire()
try:
if _global_tor_config is None:
_global_tor_config = config = yield _create_default_config(reactor)
# start Tor launching
yield _tor_launcher(reactor, config, progress_updates)
yield config.post_bootstrap
else:
cp = _global_tor_config.ControlPort
if control_port is not None and control_port != cp:
raise RuntimeError(
"ControlPort is %s, you wanted %s" % (cp, control_port))
defer.returnValue(_global_tor_config)
finally:
_global_tor_lock.release()
def get_global_tor(reactor, control_port=None,
progress_updates=None,
_tor_launcher=lambda r, c, p: launch_tor(
c, r, progress_updates=p)):
"""
See description of :class:`txtorcon.TCPHiddenServiceEndpoint`'s
class-method ``global_tor``
:param control_port:
a TCP port upon which to run the launched Tor's
control-protocol (selected by the OS by default).
:param progress_updates:
A callable that takes 3 args: ``percent, tag, message`` which
is called when Tor announcing some progress setting itself up.
:returns:
a ``Deferred`` that fires a :class:`txtorcon.TorConfig` which is
bootstrapped.
The _tor_launcher keyword arg is internal-only.
"""
global _global_tor_config
global _global_tor_lock
yield _global_tor_lock.acquire()
try:
if _global_tor_config is None:
_global_tor_config = config = yield _create_default_config(reactor)
# start Tor launching
yield _tor_launcher(reactor, config, progress_updates)
yield config.post_bootstrap
else:
cp = _global_tor_config.ControlPort
if control_port is not None and control_port != cp:
raise RuntimeError(
"ControlPort is %s, you wanted %s" % (cp, control_port))
defer.returnValue(_global_tor_config)
finally:
_global_tor_lock.release()
def _launch(control_port):
config = yield _create_default_config(reactor, control_port)
yield launch_tor(config, reactor, progress_updates=progress)
yield config.post_bootstrap
defer.returnValue(config)