def run(self):
for number, item in queue_tools.iterate(self.work_queue, block=True):
if number in self.library:
assert self.library[number] is item
other_items = [value for (key, value) in self.library.items()
if key != number]
for other_item in other_items:
assert other_item is not item
self.processed_items_queue.put(item)
self.message_queue.put('Asserted identity.')
else: # number not in self.library
self.library[number] = item
self.processed_items_queue.put(item)
self.message_queue.put('Stored object.')
def __add_work_to_tree(self, cruncher, job, retire=False):
'''
Take work from cruncher and add to tree at the specified job's node.
If `retire` is set to `True`, retires the cruncher. Keep in mind that
if the cruncher gives an `EndMarker`, it will be retired regardless of
the `retire` argument.
Returns `(number, leaf)`, where `number` is the number of nodes that
were added, and `leaf` is the last node that was added.
'''
tree = self.project.tree
node = job.node
current_node = node
counter = 0
queue_iterator = queue_tools.iterate(
cruncher.work_queue,
limit_to_original_size=True,
_prefetch_if_no_qsize=True
)
for thing in queue_iterator:
if isinstance(thing, garlicsim.data_structures.State):
counter += 1
current_node = tree.add_state(
thing,
parent=current_node,
step_profile=self.step_profiles[cruncher],
)
# todo optimization: save step profile in variable, it's
# wasteful to do a dict lookup every state.
elif isinstance(thing, EndMarker):
tree.make_end(node=current_node,
step_profile=self.step_profiles[cruncher])
job.resulted_in_end = True
else:
raise TypeError('Unexpected object `%s` in work queue' % thing)
if retire or job.resulted_in_end:
cruncher.retire()
nodes_added = garlicsim.misc.NodesAdded(counter)
return (nodes_added, current_node)
def __add_work_to_tree(self, cruncher, job, retire=False):
'''
Take work from cruncher and add to tree at the specified job's node.
If `retire` is set to `True`, retires the cruncher. Keep in mind that
if the cruncher gives an `EndMarker`, it will be retired regardless of
the `retire` argument.
Returns `(number, leaf)`, where `number` is the number of nodes that
were added, and `leaf` is the last node that was added.
'''
tree = self.project.tree
node = job.node
current_node = node
counter = 0
queue_iterator = queue_tools.iterate(cruncher.work_queue,
limit_to_original_size=True,
_prefetch_if_no_qsize=True)
for thing in queue_iterator:
if isinstance(thing, garlicsim.data_structures.State):
counter += 1
current_node = tree.add_state(
thing,
parent=current_node,
step_profile=self.step_profiles[cruncher],
)
# todo optimization: save step profile in variable, it's
# wasteful to do a dict lookup every state.
elif isinstance(thing, EndMarker):
tree.make_end(node=current_node,
step_profile=self.step_profiles[cruncher])
job.resulted_in_end = True
else:
raise TypeError('Unexpected object `%s` in work queue' % thing)
if retire or job.resulted_in_end:
cruncher.retire()
nodes_added = garlicsim.misc.NodesAdded(counter)
return (nodes_added, current_node)
def run(self):
for number, item in queue_tools.iterate(self.work_queue,
block=True):
if number in self.library:
assert self.library[number] is item
other_items = [
value for (key, value) in self.library.items()
if key != number
]
for other_item in other_items:
assert other_item is not item
self.processed_items_queue.put(item)
self.message_queue.put('Asserted identity.')
else: # number not in self.library
self.library[number] = item
self.processed_items_queue.put(item)
self.message_queue.put('Stored object.')
def __add_work_to_tree(self, cruncher, node, retire=False):
'''
Take work from the cruncher and add to the tree at the specified node.
If `retire` is set to True, retires the cruncher.
Returns (number, leaf), where `number` is the number of nodes that were
added, and `leaf` is the last node that was added.
'''
#todo: modify this to take job?
tree = self.project.tree
current = node
counter = 0
self.step_profiles[cruncher]
for thing in queue_tools.iterate(cruncher.work_queue):
if isinstance(thing, garlicsim.data_structures.State):
counter += 1
current = tree.add_state(
thing,
parent=current,
step_profile=self.step_profiles[cruncher],
)
# todo optimization: save step profile in variable, it's
# wasteful to do a dict lookup every state.
elif isinstance(thing, StepProfile):
self.step_profiles[cruncher] = thing
else:
raise Exception('Unexpected object in work queue')
if retire:
cruncher.retire()
nodes_added = garlicsim.misc.NodesAdded(counter)
return (nodes_added, current)
