Struct CacheOptimizedCpuData 

#[repr(align(64))]
pub struct CacheOptimizedCpuData {
    pub cpu_id: CpuId,
    pub current_thread: AtomicPtr<Thread>,
    pub local_queue_head: AtomicUsize,
    pub local_queue_tail: AtomicUsize,
    pub priority_counts: [AtomicUsize; 11],
    pub perf_stats: CacheLinePadded<CpuPerfStats>,
    /* private fields */
}

Cache-optimized per-CPU scheduler data structure.

Fields

cpu_id: CpuId

CPU ID this data belongs to

current_thread: AtomicPtr<Thread>

Currently running thread (hot data)

local_queue_head: AtomicUsize

CPU-local run queue head (frequently accessed)

local_queue_tail: AtomicUsize

priority_counts: [AtomicUsize; 11]

Thread priority statistics (moderately hot)

perf_stats: CacheLinePadded<CpuPerfStats>

Performance counters (cache line padded)

Implementations

impl CacheOptimizedCpuData

pub fn new(cpu_id: CpuId) -> Self

pub fn get_current_thread(&self) -> Option<Arc<Thread>>

Fast path for getting current thread (single atomic read).

pub fn set_current_thread(&self, thread: Option<Arc<Thread>>)

Fast path for setting current thread.

pub fn is_local_queue_empty(&self) -> bool

Check if local run queue is empty (lock-free).

pub fn local_queue_length(&self) -> usize

Get approximate local queue length.

pub fn update_priority_count(&self, priority: u8, delta: isize)

Update priority count for thread scheduling.

pub fn get_priority_count(&self, priority: u8) -> usize

Get thread count for a specific priority level.

pub fn record_schedule(&self)

Record scheduling event.

pub fn record_preemption(&self)

Record preemption event.

pub fn record_yield(&self)

Record yield event.