def _get_batches(targ_cap, curr_cap, batch_size, min_in_service):
updated = 0
while rolling_update.needs_update(targ_cap, curr_cap, updated):
new_cap, total_new = rolling_update.next_batch(targ_cap, curr_cap, updated, batch_size, min_in_service)
yield new_cap, total_new
updated += total_new - max(new_cap - max(curr_cap, targ_cap), 0)
curr_cap = new_cap
def _get_batches(targ_cap, curr_cap, batch_size, min_in_service):
updated = 0
while rolling_update.needs_update(targ_cap, curr_cap, updated):
new_cap, total_new = rolling_update.next_batch(
targ_cap, curr_cap, updated, batch_size, min_in_service)
yield new_cap, total_new
updated += total_new - max(new_cap - max(curr_cap, targ_cap), 0)
curr_cap = new_cap
def _get_batches(capacity, batch_size, min_in_service):
"""Return an iterator over the batches in a batched update.
Each batch is a tuple comprising the total size of the group after
processing the batch, and the number of members that can receive the
new definition in that batch (either by creating a new member or
updating an existing one).
"""
efft_capacity = capacity
updated = 0
while rolling_update.needs_update(capacity, efft_capacity, updated):
batch = rolling_update.next_batch(capacity, efft_capacity, updated, batch_size, min_in_service)
yield batch
efft_capacity, num_updates = batch
updated += num_updates
def _get_batches(target_capacity, capacity, batch_size, min_in_service):
"""Return an iterator over the batches in a batched update.
Each batch is a tuple comprising the total size of the group after
processing the batch, and the number of members that can receive the
new definition in that batch (either by creating a new member or
updating an existing one).
"""
updated = 0
while rolling_update.needs_update(target_capacity, capacity, updated):
batch = rolling_update.next_batch(target_capacity, capacity,
updated, batch_size,
min_in_service)
yield batch
capacity, num_updates = batch
updated += num_updates
def test_needs_update(self):
needs_update = rolling_update.needs_update(self.targ, self.curr,
self.updated)
self.assertEqual(self.result, needs_update)
def test_needs_update(self):
needs_update = rolling_update.needs_update(self.targ, self.curr,
self.updated)
self.assertEqual(self.result, needs_update)