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https://github.com/huihut/interview/pull/76

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https://github.com/huihut/interview/pull/76
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huihut 2021-04-02 19:17:30 +08:00
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README_en.md
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@ -2650,7 +2650,7 @@ So there is a FIN and ACK in each direction.
* Basic lock types: exclusive lock (X lock / write lock), shared lock (S lock / read lock). * Basic lock types: exclusive lock (X lock / write lock), shared lock (S lock / read lock).
* Livelock deadlock: * Livelock deadlock:
* Livelock: The transaction is always in a waiting state, which can be avoided through a first come, first served policy. * Livelock: The transaction is always in a waiting state, which can be avoided through a first come, first served policy.
* Deadlock: Things can never end * Deadlock: The transaction can never end
* Prevention: one-time block method, sequential block method; * Prevention: one-time block method, sequential block method;
* Diagnosis: timeout method, waiting graph method; * Diagnosis: timeout method, waiting graph method;
* Cancel: Undo the transaction with the least deadlock cost and release all the locks of this transaction, so that other transactions can continue to run. * Cancel: Undo the transaction with the least deadlock cost and release all the locks of this transaction, so that other transactions can continue to run.

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docs/README.md
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@ -2642,7 +2642,7 @@ ssize_t write(int fd, const void *buf, size_t count);
* 基本封锁类型：排他锁（X 锁 / 写锁）、共享锁（S 锁 / 读锁）。 * 基本封锁类型：排他锁（X 锁 / 写锁）、共享锁（S 锁 / 读锁）。
* 活锁死锁： * 活锁死锁：
* 活锁：事务永远处于等待状态，可通过先来先服务的策略避免。 * 活锁：事务永远处于等待状态，可通过先来先服务的策略避免。
* 死锁：事物永远不能结束 * 死锁：事务永远不能结束
* 预防：一次封锁法、顺序封锁法； * 预防：一次封锁法、顺序封锁法；
* 诊断：超时法、等待图法； * 诊断：超时法、等待图法；
* 解除：撤销处理死锁代价最小的事务，并释放此事务的所有的锁，使其他事务得以继续运行下去。 * 解除：撤销处理死锁代价最小的事务，并释放此事务的所有的锁，使其他事务得以继续运行下去。