def new():
"""Get a new furious context and add it to the registry."""
new_context = Context()
_local.get_local_context().registry.append(new_context)
return new_context
def test_persist_tree_after_tasks_inserted(self, mock_get_current_context):
"""
Make sure a marker tree isn't(Raises exception)
persisted after the current context's tasks have
been inserted
"""
from furious.context.context import Context
from furious.marker_tree.identity_utils import leaf_persistence_id_from_group_id
from furious.marker_tree.marker import Marker
from furious.marker_tree.exceptions import NotSafeToSave
a_context = Context(id="zebra")
a_context._tasks_inserted = True
mock_get_current_context.return_value = a_context
root_marker = Marker(id="zebra")
for x in xrange(3):
root_marker.children.append(Marker(id=leaf_persistence_id_from_group_id(root_marker.id, x)))
self.assertRaises(NotSafeToSave, root_marker.persist)
def test_build_tree_from_context(self):
from furious.context import _local
from furious.context.context import Context
from furious.marker_tree.marker import Marker
from furious.marker_tree.graph_analysis import tree_graph_growth
from furious.tests.marker_tree import dummy_success_callback
context = Context()
for arg in xrange(23):
context.add(target=dummy_success_callback,
args=[arg])
_local.get_local_context().registry.append(context)
root_marker = Marker.make_marker_tree_for_context(context)
root_marker.persist()
# Plus one, because of the empty context.
self.assertEqual(root_marker.count_nodes(), tree_graph_growth(23))
def test_count_nodes(self):
"""Ensure Marker.count_nodes
"""
from furious.context import _local
from furious.context.context import Context
from furious.marker_tree.marker import Marker
from furious.tests.marker_tree import dummy_success_callback
context = Context()
context.add(target=dummy_success_callback,
args=[1])
_local.get_local_context().registry.append(context)
root_marker = Marker.make_marker_tree_for_context(context)
root_marker.persist()
# Plus one, because of the empty context.
self.assertEqual(root_marker.count_nodes(), 2)
def new(batch_size=None, **options):
"""Get a new furious context and add it to the registry. If a batch size is
specified, use an AutoContext which inserts tasks in batches as they are
added to the context.
"""
if batch_size:
new_context = AutoContext(batch_size=batch_size, **options)
else:
new_context = Context(**options)
_local.get_local_context().registry.append(new_context)
return new_context
return local_context._executing_async[-1]
raise errors.NotInContextError("Not in an _ExecutionContext.")
def get_current_context():
"""Return a reference to the current Context object.
"""
local_context = _local.get_local_context()
if local_context.registry:
return local_context.registry[-1]
raise errors.NotInContextError("Not in a Context.")
def get_current_async_with_context():
"""Return a reference to the currently executing Async job object and it's
triggering context. Return None for the async if not in an Async job and
None for the context if the Async was not triggered within a context.
"""
async = get_current_async()
if not async:
return None, None
if not async.context_id:
return async, None
return async, Context.load(async.context_id)
def __init__(self, batch_size=None, **options):
"""Setup this context in addition to accepting a batch_size."""
Context.__init__(self, **options)
self.batch_size = batch_size
def __init__(self, batch_size=None, **options):
"""Setup this context in addition to accepting a batch_size."""
Context.__init__(self, **options)
self.batch_size = batch_size
