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@ -26,12 +26,12 @@ typedef ck_spinlock_mcs_t lock_t;
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* @param lock - the address of the lock
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* @param unique_variable_name - a unique prefix to hygienically namespace an associated lock/unlock pair
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*/
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#define LOCK_LOCK_WITH_BOOKKEEPING(lock, unique_variable_name) \
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assert(!runtime_is_worker() || !software_interrupt_is_enabled()); \
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struct ck_spinlock_mcs unique_variable_name##_node; \
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uint64_t unique_variable_name##_pre = __getcycles(); \
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ck_spinlock_mcs_lock((lock), &(unique_variable_name##_node)); \
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worker_thread_lock_duration += (__getcycles() - unique_variable_name##_pre);
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#define LOCK_LOCK_WITH_BOOKKEEPING(lock, unique_variable_name) \
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assert(!runtime_is_worker() || !software_interrupt_is_enabled()); \
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struct ck_spinlock_mcs _hygiene_##unique_variable_name##_node; \
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uint64_t _hygiene_##unique_variable_name##_pre = __getcycles(); \
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ck_spinlock_mcs_lock((lock), &(_hygiene_##unique_variable_name##_node)); \
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worker_thread_lock_duration += (__getcycles() - _hygiene_##unique_variable_name##_pre);
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/**
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* Unlocks a lock
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@ -40,7 +40,7 @@ typedef ck_spinlock_mcs_t lock_t;
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*/
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#define LOCK_UNLOCK_WITH_BOOKKEEPING(lock, unique_variable_name) \
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assert(!runtime_is_worker() || !software_interrupt_is_enabled()); \
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ck_spinlock_mcs_unlock(lock, &(unique_variable_name##_node));
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ck_spinlock_mcs_unlock(lock, &(_hygiene_##unique_variable_name##_node));
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/**
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* Locks a lock, keeping track of overhead
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