def test_remote_blocking(self):
res = cpp.mpcp_bounds(self.rsi, False)
self.assertEqual(0, res.get_remote_count(3))
self.assertEqual(0, res.get_remote_blocking(3))
self.assertEqual(0, res.get_blocking_count(3))
self.assertEqual(0, res.get_blocking_term(3))
self.assertEqual(7, res.get_remote_blocking(0))
self.assertEqual(7, res.get_blocking_term(0))
self.assertEqual(1 * 7 + (2 + 1) * 3, res.get_remote_blocking(1))
self.assertEqual(1 * 7 + (2 + 1) * 3, res.get_blocking_term(1))
self.assertEqual((2 + 1) * 3 + (1 + 1) * 5, res.get_remote_blocking(2))
self.assertEqual((2 + 1) * 3 + (1 + 1) * 5, res.get_blocking_term(2))
def apply_mpcp_bounds(all_tasks, use_virtual_spin=False):
model = get_cpp_model(all_tasks)
res = cpp.mpcp_bounds(model, use_virtual_spin)
if use_virtual_spin:
for i, t in enumerate(all_tasks):
# no suspension time
t.suspended = 0
# all blocking, including arrival blocking
t.blocked = res.get_blocking_term(i)
# remote blocking increases CPU demand (s-oblivious)
t.cost += res.get_remote_blocking(i)
else:
for i, t in enumerate(all_tasks):
# remote blocking <=> suspension time
t.suspended = res.get_remote_blocking(i)
# all blocking, including arrival blocking
t.blocked = res.get_blocking_term(i)
def apply_mpcp_bounds(all_tasks, use_virtual_spin=False):
model = get_cpp_model(all_tasks)
res = cpp.mpcp_bounds(model, use_virtual_spin)
if use_virtual_spin:
for i, t in enumerate(all_tasks):
# no suspension time
t.suspended = 0
# all blocking, including arrival blocking
t.blocked = res.get_blocking_term(i)
# remote blocking increases CPU demand (s-oblivious)
t.cost += res.get_remote_blocking(i)
else:
for i, t in enumerate(all_tasks):
# remote blocking <=> suspension time
t.suspended = res.get_remote_blocking(i)
# all blocking, including arrival blocking
t.blocked = res.get_blocking_term(i)
t.locally_blocked = res.get_local_blocking(i)
return res
