1 files changed, 0 insertions, 135 deletions
diff --git a/na/test/test_spinlock.cc b/na/test/test_spinlock.cc
deleted file mode 100644
index be794a0..0000000
--- a/na/test/test_spinlock.cc
+++ /dev/null
@@ -1,135 +0,0 @@
-/* SPDX-License-Identifier: GPL-2.0-or-later */
-/* Copyright (C) 2026 Richard Qin */
-
-/*
- * Boot Self-Test: Spinlock
- *
- * Tests:
- *   1. Basic acquire/release
- *   2. LockGuard RAII acquire/release
- *   3. Nested locking (two different locks)
- *   4. Interrupt state preservation across lock/unlock
- *   5. is_held_by_current_cpu correctness
- *
- * Note: We cannot test multi-core contention in BSP-only self-test.
- * That requires AP participation (future Phase 2 test).
- */
-
-#include <lume/selftest.h>
-#include <kernel/sync/spinlock.h>
-#include <kernel/sync/cpu_state.h>
-#include <arch/cpu.h>
-
-void selftest_spinlock()
-{
-    st_begin("spinlock: basic acquire/release");
-    {
-        Spinlock lock;
-        lock.init("test_basic");
-
-        ST_ASSERT(!lock.is_held_by_current_cpu());
-
-        lock.acquire();
-        ST_ASSERT(lock.is_held_by_current_cpu());
-
-        lock.release();
-        ST_ASSERT(!lock.is_held_by_current_cpu());
-    }
-    st_pass();
-
-    st_begin("spinlock: LockGuard RAII");
-    {
-        Spinlock lock;
-        lock.init("test_guard");
-
-        {
-            LockGuard guard(lock);
-            ST_ASSERT(lock.is_held_by_current_cpu());
-        }
-        // After scope exit, lock should be released
-        ST_ASSERT(!lock.is_held_by_current_cpu());
-    }
-    st_pass();
-
-    st_begin("spinlock: nested locking (two locks)");
-    {
-        Spinlock lock_a, lock_b;
-        lock_a.init("test_nest_a");
-        lock_b.init("test_nest_b");
-
-        lock_a.acquire();
-        ST_ASSERT(lock_a.is_held_by_current_cpu());
-
-        lock_b.acquire();
-        ST_ASSERT(lock_b.is_held_by_current_cpu());
-
-        lock_b.release();
-        ST_ASSERT(!lock_b.is_held_by_current_cpu());
-        ST_ASSERT(lock_a.is_held_by_current_cpu());  // A still held
-
-        lock_a.release();
-        ST_ASSERT(!lock_a.is_held_by_current_cpu());
-    }
-    st_pass();
-
-    st_begin("spinlock: interrupt state preservation");
-    {
-        Spinlock lock;
-        lock.init("test_intr");
-
-        // Interrupts are currently off (BSP init period), but let's
-        // verify the lock doesn't corrupt the state.
-        bool before = arch::cpu::intr_enabled();
-
-        lock.acquire();
-        // Inside lock, interrupts must be disabled
-        ST_ASSERT(!arch::cpu::intr_enabled());
-        lock.release();
-
-        // After release, interrupt state should be restored
-        ST_ASSERT_EQ(arch::cpu::intr_enabled(), before);
-    }
-    st_pass();
-    st_begin("spinlock: deep nesting tracking (> 2)");
-    {
-        Spinlock l1, l2, l3;
-        l1.init("l1");
-        l2.init("l2");
-        l3.init("l3");
-        
-        bool before = arch::cpu::intr_enabled();
-        
-        l1.acquire();
-        l2.acquire();
-        l3.acquire();
-        
-        ST_ASSERT(!arch::cpu::intr_enabled());
-        
-        l3.release();
-        ST_ASSERT(!arch::cpu::intr_enabled());
-        
-        l2.release();
-        ST_ASSERT(!arch::cpu::intr_enabled());
-        
-        l1.release();
-        ST_ASSERT_EQ(arch::cpu::intr_enabled(), before);
-    }
-    st_pass();
-
-    st_begin("spinlock: interrupt leak detection logic (lock_depth metadata)");
-    {
-        Spinlock l;
-        l.init("l");
-        
-        auto& state = sync::g_cpu_sync_states[arch::cpu::id()];
-        int initial_depth = state.lock_depth;
-        
-        l.acquire();
-        // The lock depth should strictly increase
-        ST_ASSERT_EQ(state.lock_depth, initial_depth + 1);
-        l.release();
-        
-        ST_ASSERT_EQ(state.lock_depth, initial_depth);
-    }
-    st_pass();
-}