def _get_allocated_size(cpu: Cpu, workload_map: dict, w_type: str) -> int:
allocation_size = 0
for t in cpu.get_threads():
if _is_thread_occupied(t, workload_map, w_type):
allocation_size += 1
return allocation_size
def get_oversubscribed_thread_count(cpu: Cpu, workload_map: dict) -> int:
oversubscribed_thread_count = 0
for t in cpu.get_threads():
if _is_thread_occupied(t, workload_map, BURST) and _is_thread_occupied(
t, workload_map, STATIC):
oversubscribed_thread_count += 1
return oversubscribed_thread_count
def get_workloads(cpu: Cpu):
workloads = {}
for t in cpu.get_threads():
for w_id in t.get_workload_ids():
if w_id in workloads:
workloads[w_id].append(t.get_id())
else:
workloads[w_id] = [t.get_id()]
return workloads
def _occupies_entire_cpu(workload: Workload, cpu: Cpu):
return len(cpu.get_threads()) == workload.get_thread_count()
def get_free_threads(self,
cpu: Cpu,
workload_map: Dict[str, Workload],
cpu_usage: Dict[str, float] = None) -> List[Thread]:
return [t for t in cpu.get_threads() if len(t.get_workload_ids()) == 0]
def get_allocated_size(cpu: Cpu) -> int:
return len([t for t in cpu.get_threads() if t.is_claimed()])