def setup_sm(ui_, repo, runner, params):
""" INTERNAL: Helper function which sets up an UpdateStateMachine
instance. """
assert is_writable(os.path.expanduser(params['TMP_DIR']))
verbosity = params.get('VERBOSITY', 1)
set_debug_vars(verbosity, params)
callbacks = UICallbacks(ui_)
callbacks.verbosity = verbosity
# DCI: bundle cache needed for inserting?
cache = BundleCache(repo, ui_, params['TMP_DIR'])
# For Infocalypse repositories
ctx = UpdateContext(None)
ctx.repo = repo
ctx.ui_ = ui_
ctx.bundle_cache = cache
update_sm = UpdateStateMachine(runner, ctx)
update_sm.params = params.copy()
update_sm.transition_callback = callbacks.transition_callback
update_sm.monitor_callback = callbacks.monitor_callback
# Modify only after copy.
update_sm.params['FREENET_BUILD'] = runner.connection.node_hello[1]['Build']
return update_sm
def setup_sm(ui_, repo, runner, params):
""" INTERNAL: Helper function which sets up an UpdateStateMachine
instance. """
assert is_writable(os.path.expanduser(params['TMP_DIR']))
verbosity = params.get('VERBOSITY', 1)
set_debug_vars(verbosity, params)
callbacks = UICallbacks(ui_)
callbacks.verbosity = verbosity
# DCI: bundle cache needed for inserting?
cache = BundleCache(repo, ui_, params['TMP_DIR'])
# For Infocalypse repositories
ctx = UpdateContext(None)
ctx.repo = repo
ctx.ui_ = ui_
ctx.bundle_cache = cache
update_sm = UpdateStateMachine(runner, ctx)
update_sm.params = params.copy()
update_sm.transition_callback = callbacks.transition_callback
update_sm.monitor_callback = callbacks.monitor_callback
# Modify only after copy.
update_sm.params['FREENET_BUILD'] = runner.connection.node_hello[1][
'Build']
return update_sm
def make_state_machine(self):
if not self.connection is None:
self.connection.close()
callbacks = UICallbacks(FakeUI())
callbacks.verbosity = 5
# Knows about reading and writing bytes.
async_socket = PolledSocket(FCP_HOST, FCP_PORT)
# Knows about running the FCP protocol over async_socket.
self.connection = FCPConnection(async_socket, True,
callbacks.connection_state)
# Knows about running requests from a request queue.
runner = RequestRunner(self.connection, N_CONCURRENT)
# Knows how to run series of requests to perform operations
# on an archive in Freenet.
sm = ArchiveStateMachine(runner, ArchiveUpdateContext())
sm.transition_callback = callbacks.transition_callback
sm.monitor_callback = callbacks.monitor_callback
sm.params['CANCEL_TIME_SECS'] = CANCEL_TIME_SECS
return sm
def make_state_machine(self):
if not self.connection is None:
self.connection.close()
callbacks = UICallbacks(FakeUI())
callbacks.verbosity = 5
# Knows about reading and writing bytes.
async_socket = PolledSocket(FCP_HOST, FCP_PORT)
# Knows about running the FCP protocol over async_socket.
self.connection = FCPConnection(async_socket, True,
callbacks.connection_state)
# Knows about running requests from a request queue.
runner = RequestRunner(self.connection, N_CONCURRENT)
# Knows how to run series of requests to perform operations
# on an archive in Freenet.
sm = ArchiveStateMachine(runner, ArchiveUpdateContext())
sm.transition_callback = callbacks.transition_callback
sm.monitor_callback = callbacks.monitor_callback
sm.params['CANCEL_TIME_SECS'] = CANCEL_TIME_SECS
return sm