TermiNexus
ee6461be46
把 81 个 .vp 文件的中文 # 注释与三引号文档串改写为简洁英文，每个连续注释块 <=2 行；运行时中文字符串字面量（testcheck.begin/print 等用户可见消息）保持原样。骨架比对 HEAD 与工作区 112 文件漂移 0，全量 77/77 顺序回归通过。
283 lines
10 KiB
Plaintext
283 lines
10 KiB
Plaintext
# ThreadingTest - vthreading coverage
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# Thread/Lock/Event/Condition/RWLock/local/id/sleep_ms/args
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import t, c
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from stdint import *
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from w32.win32base import NULL, FALSE, TRUE
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import stdlib
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import testcheck
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import vthreading
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# ===== Shared state: module globals read/written across threads =====
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_shared_count: int = 0 # Lock test shared counter
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_evt_done: int = 0 # Event test done flag
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_cond_ready: int = 0 # Condition test ready flag
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_rw_value: int = 0 # RWLock test shared value
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_main_tid: uint32 = 0 # Main thread ID
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# Concurrency scale constants
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THREAD_NUM: int = 4
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LOCK_ITER: int = 1000
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RW_ITER: int = 100
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TLS_NUM: int = 4
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SYS_ITER: int = 10
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# ===== Thread callbacks (signature: def worker(arg: t.CPtr) -> t.CPtr) =====
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# Thread basic: brief sleep then exit, keeps an is_alive window after start
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def _basic_worker(arg: t.CPtr) -> t.CPtr:
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vthreading.sleep_ms(100)
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return NULL
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# Arg passing: increment through arg pointer 100 times (c.Deref/c.DerefAs)
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def _increment_worker(arg: t.CPtr) -> t.CPtr:
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ip: int* = (int*)(arg)
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i: int
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for i in range(100):
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c.DerefAs(ip, *ip + 1)
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return NULL
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# Lock: increment a global counter while holding the lock
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def _lock_worker(arg: t.CPtr) -> t.CPtr:
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lk: vthreading.Lock* = (vthreading.Lock*)(arg)
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global _shared_count
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for i in range(LOCK_ITER):
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lk.acquire()
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_shared_count += 1
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lk.release()
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return NULL
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# Event: wait to be woken, then set the done flag
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def _event_worker(arg: t.CPtr) -> t.CPtr:
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ev: vthreading.Event* = (vthreading.Event*)(arg)
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global _evt_done
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r: int = ev.wait(5000)
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if r == 1:
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_evt_done = 1
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return NULL
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# Condition consumer: wait for _cond_ready, bounded retries to avoid hanging
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def _cond_consumer(arg: t.CPtr) -> t.CPtr:
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cond: vthreading.Condition* = (vthreading.Condition*)(arg)
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global _cond_ready
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tries: int = 0
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cond.acquire()
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while _cond_ready == 0 and tries < 100:
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cond.wait(100)
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tries += 1
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cond.release()
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return NULL
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# Condition producer: delay, set _cond_ready, then notify
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def _cond_producer(arg: t.CPtr) -> t.CPtr:
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cond: vthreading.Condition* = (vthreading.Condition*)(arg)
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global _cond_ready
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vthreading.sleep_ms(50)
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cond.acquire()
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_cond_ready = 1
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cond.notify()
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cond.release()
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return NULL
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# RWLock reader: read the shared value repeatedly under the read lock
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def _rw_reader(arg: t.CPtr) -> t.CPtr:
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rwl: vthreading.RWLock* = (vthreading.RWLock*)(arg)
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global _rw_value
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i: int
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for i in range(RW_ITER * 10):
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rwl.acquire_read()
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v: int = _rw_value
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rwl.release_read()
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return NULL
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# RWLock writer: increment the shared value under the write lock
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def _rw_writer(arg: t.CPtr) -> t.CPtr:
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rwl: vthreading.RWLock* = (vthreading.RWLock*)(arg)
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global _rw_value
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i: int
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for i in range(RW_ITER):
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rwl.acquire_write()
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_rw_value += 1
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rwl.release_write()
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return NULL
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# TLS: per-thread set/get self-check (store own thread ID, then read back)
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def _tls_worker(arg: t.CPtr) -> t.CPtr:
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tls: vthreading.local = vthreading.local()
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tls.set(t.CPtr(uint64(vthreading.get_current_thread_id())))
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tid_val: uint64 = uint64(tls.get())
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ok: int = 0
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if tid_val == uint64(vthreading.get_current_thread_id()):
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ok = 1
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tls.free()
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return t.CPtr(uint64(ok))
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# Thread ID isolation: worker ID must differ from the main thread ID
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def _tid_worker(arg: t.CPtr) -> t.CPtr:
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global _main_tid
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if vthreading.get_current_thread_id() == _main_tid:
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return t.CPtr(uint64(0))
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return t.CPtr(uint64(1))
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# stdlib.system concurrency: each thread calls C system(), count failures
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def _system_worker(arg: t.CPtr) -> t.CPtr:
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i: int
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fails: int = 0
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for i in range(SYS_ITER):
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r: int = stdlib.system("echo ok > NUL")
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if r != 0:
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fails += 1
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return t.CPtr(uint64(fails))
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# ===== main =====
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def main() -> int | t.CExport:
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testcheck.begin("ThreadingTest: vthreading 专项测试")
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# ========== Thread: start/join/is_alive/get_exit_code ==========
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testcheck.section("Thread: start/join/is_alive")
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th1: vthreading.Thread = vthreading.Thread(_basic_worker, NULL)
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testcheck.check(th1.is_alive() == FALSE, "未 start 时不在运行", "未 start 却 is_alive")
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th1.start()
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testcheck.check(th1.is_alive() != FALSE, "start 后线程运行中", "start 后未运行")
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testcheck.check(th1.join(5000) != FALSE, "join 正常返回", "join 超时")
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testcheck.check(th1.is_alive() == FALSE, "join 后线程已结束", "join 后仍运行")
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testcheck.check(th1.get_exit_code() == 0, "退出码 == 0", "退出码 != 0")
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th1.close()
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# ========== Thread: pass arg ==========
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testcheck.section("Thread: arg 传参")
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cnt: int = 0
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th2: vthreading.Thread = vthreading.Thread(_increment_worker, &cnt)
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th2.start()
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testcheck.check(th2.join(5000) != FALSE, "join 正常返回", "join 超时")
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th2.close()
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testcheck.check(cnt == 100, "worker 经 arg 自增 100 次", "cnt != 100")
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# ========== Lock: mutex increment ==========
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testcheck.section("Lock: 多线程互斥自增")
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lock: vthreading.Lock = vthreading.Lock()
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t0: vthreading.Thread = vthreading.Thread(_lock_worker, t.CPtr(lock))
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t1: vthreading.Thread = vthreading.Thread(_lock_worker, t.CPtr(lock))
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t2: vthreading.Thread = vthreading.Thread(_lock_worker, t.CPtr(lock))
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t3: vthreading.Thread = vthreading.Thread(_lock_worker, t.CPtr(lock))
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t0.start()
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t1.start()
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t2.start()
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t3.start()
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j0: int = t0.join(10000)
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j1: int = t1.join(10000)
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j2: int = t2.join(10000)
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j3: int = t3.join(10000)
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t0.close()
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t1.close()
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t2.close()
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t3.close()
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testcheck.check(j0 != 0 and j1 != 0 and j2 != 0 and j3 != 0, "4 线程全部 join 成功", "有线程 join 超时")
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testcheck.check(_shared_count == THREAD_NUM * LOCK_ITER, "互斥自增计数正确", "计数丢失")
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# ========== Event: thread waits for wakeup ==========
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testcheck.section("Event: 线程等待唤醒")
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ev: vthreading.Event = vthreading.Event(FALSE, FALSE)
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th4: vthreading.Thread = vthreading.Thread(_event_worker, t.CPtr(ev))
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testcheck.check(ev.is_set() == FALSE, "Event 初始未置位", "Event 初始已置位")
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th4.start()
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vthreading.sleep_ms(50)
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testcheck.check(_evt_done == 0, "set 前 worker 仍等待", "worker 提前完成")
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ev.set()
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testcheck.check(th4.join(5000) != FALSE, "唤醒后 join 成功", "join 超时")
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th4.close()
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ev.close()
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testcheck.check(_evt_done == 1, "worker 收到事件并置位", "worker 未收到事件")
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# ========== Condition: producer/consumer ==========
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testcheck.section("Condition: 生产者/消费者")
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cond: vthreading.Condition = vthreading.Condition()
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tc: vthreading.Thread = vthreading.Thread(_cond_consumer, t.CPtr(cond))
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tp: vthreading.Thread = vthreading.Thread(_cond_producer, t.CPtr(cond))
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tc.start()
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tp.start()
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testcheck.check(tc.join(5000) != FALSE, "消费者被唤醒", "消费者等待超时")
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testcheck.check(tp.join(5000) != FALSE, "生产者完成", "生产者超时")
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tc.close()
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tp.close()
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testcheck.check(_cond_ready == 1, "条件变量值已置位", "条件变量值未置位")
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cond.delete()
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# ========== RWLock: multi-reader single-writer ==========
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testcheck.section("RWLock: 多读单写")
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rwl: vthreading.RWLock = vthreading.RWLock()
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r1: vthreading.Thread = vthreading.Thread(_rw_reader, t.CPtr(rwl))
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r2: vthreading.Thread = vthreading.Thread(_rw_reader, t.CPtr(rwl))
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w1: vthreading.Thread = vthreading.Thread(_rw_writer, t.CPtr(rwl))
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r1.start()
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r2.start()
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w1.start()
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testcheck.check(r1.join(10000) != FALSE and r2.join(10000) != FALSE and w1.join(10000) != FALSE,
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"读写线程全部 join", "读写线程 join 超时")
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r1.close()
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r2.close()
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w1.close()
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testcheck.check(_rw_value == RW_ITER, "写锁自增计数正确", "写锁计数丢失")
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# ========== local: TLS thread-local storage ==========
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testcheck.section("local: TLS 线程局部存储")
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i_t: int
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for i_t in range(TLS_NUM):
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th_t: vthreading.Thread = vthreading.Thread(_tls_worker, NULL)
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th_t.start()
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testcheck.check(th_t.join(5000) != FALSE, "TLS worker join", "TLS worker 超时")
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testcheck.check(th_t.get_exit_code() == 1, "TLS set/get 自校验通过", "TLS 自校验失败")
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th_t.close()
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# ========== get_current_thread_id: thread ID isolation ==========
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testcheck.section("get_current_thread_id: 线程 ID 隔离")
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global _main_tid
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_main_tid = vthreading.get_current_thread_id()
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testcheck.check(_main_tid != 0, "主线程 ID != 0", "主线程 ID == 0")
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th_tid: vthreading.Thread = vthreading.Thread(_tid_worker, NULL)
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th_tid.start()
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testcheck.check(th_tid.join(5000) != FALSE, "tid worker join", "tid worker 超时")
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testcheck.check(th_tid.get_exit_code() == 1, "工作线程 ID 与主线程不同", "工作线程 ID 与主线程相同")
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th_tid.close()
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# ========== sleep_ms ==========
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testcheck.section("sleep_ms")
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vthreading.sleep_ms(20)
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testcheck.ok("sleep_ms(20) 正常返回")
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# ========== stdlib.system concurrency ==========
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testcheck.section("stdlib.system 多线程并发")
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s0: vthreading.Thread = vthreading.Thread(_system_worker, NULL)
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s1: vthreading.Thread = vthreading.Thread(_system_worker, NULL)
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s2: vthreading.Thread = vthreading.Thread(_system_worker, NULL)
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s3: vthreading.Thread = vthreading.Thread(_system_worker, NULL)
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s0.start()
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s1.start()
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s2.start()
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s3.start()
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testcheck.check(s0.join(30000) != FALSE and s1.join(30000) != FALSE
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and s2.join(30000) != FALSE and s3.join(30000) != FALSE,
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"4 个 system 线程全部 join", "system 线程 join 超时")
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testcheck.check(s0.get_exit_code() == 0, "线程0 system 全部成功", "线程0 system 有失败")
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testcheck.check(s1.get_exit_code() == 0, "线程1 system 全部成功", "线程1 system 有失败")
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testcheck.check(s2.get_exit_code() == 0, "线程2 system 全部成功", "线程2 system 有失败")
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testcheck.check(s3.get_exit_code() == 0, "线程3 system 全部成功", "线程3 system 有失败")
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s0.close()
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s1.close()
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s2.close()
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s3.close()
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return testcheck.end()
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