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When executed internally by a `boost::concurrent_node_set`, the following operations by a user-provided visitation function on the element passed do not introduce data races:
When executed internally by a `boost::concurrent_node_set`, the following operations by a user-provided visitation function on the element passed do not introduce data races:当由 `boost::concurrent++_++node++_++set` 内部执行时，用户提供的访问函数对传递的元素执行以下操作不会引入数据竞争：
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An operation is said to be _blocking on rehashing of_ ``__x__`` if it blocks on `x` only when an internal rehashing is issued.
An operation is said to be _blocking on rehashing of_ ``__x__`` if it blocks on `x` only when an internal rehashing is issued.若某个操作仅在触发内部重哈希时才会阻塞于 _`x`_，则称该操作__阻塞于 _`x`_ 的重哈希过程__。
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If an operation *op* is explicitly designated as _blocking on_ `x`, where `x` is an instance of a `boost::concurrent_node_set`, prior blocking operations on `x` synchronize with *op*. So, blocking operations on the same `concurrent_node_set` execute sequentially in a multithreaded scenario.
If an operation *op* is explicitly designated as _blocking on_ `x`, where `x` is an instance of a `boost::concurrent_node_set`, prior blocking operations on `x` synchronize with *op*. So, blocking operations on the same `concurrent_node_set` execute sequentially in a multithreaded scenario.若某个操作 *op* 被显式指定为__阻塞于__ `x` （其中 `x` 为 `boost::concurrent++_++node++_++set` 实例），则先前对 `x` 的阻塞操作将与 *op* 同步。因此，在多线程场景中，对同一 `concurrent++_++node++_++set` 的阻塞操作将按顺序执行。
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With the exception of destruction, concurrent invocations of any operation on the same instance of a `concurrent_node_set` do not introduce data races — that is, they are thread-safe.
With the exception of destruction, concurrent invocations of any operation on the same instance of a `concurrent_node_set` do not introduce data races — that is, they are thread-safe.除析构操作外，对同一 `concurrent++_++node++_++set` 实例并发调用任何操作均不会引入数据竞争——即这些操作是线程安全的。
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In general, these requirements on `Hash`, `Pred` and `Allocator` are met if these types are not stateful or if the operations only involve constant access to internal data members.
In general, these requirements on通常而言，若 `Hash`, 、 `Pred` and和 `Allocator` are met if these types are not stateful or if the operations only involve constant access to internal data members.这些类型不包含状态，或其操作仅涉及对内部数据成员的常量访问，即可满足上述要求。
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`std::allocator_traits<Alloc>::destroy`
`std::allocator_++_++traits<Alloc>++&lt;++Alloc++&gt;++::destroy`
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`std::allocator_traits<Alloc>::construct`
`std::allocator_++_++traits<Alloc>++&lt;++Alloc++&gt;++::construct`
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`std::allocator_traits<Alloc>::deallocate`
`std::allocator_++_++traits<Alloc>++&lt;++Alloc++&gt;++::deallocate`
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`std::allocator_traits<Alloc>::allocate`
`std::allocator_++_++traits<Alloc>++&lt;++Alloc++&gt;++::allocate`
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Copy construction from `al` of an allocator rebound from `Alloc`
Copy construction from `al` of an allocator rebound from `Alloc`从 `al` 复制构造重新绑定的分配器
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Concurrent invocations of `operator()` on the same const instance of `Hash` or `Pred` are required to not introduce data races. For `Alloc` being either `Allocator` or any allocator type rebound from `Allocator`, concurrent invocations of the following operations on the same instance `al` of `Alloc` are required to not introduce data races:
Concurrent invocations of `operator()` on the same const instance of要求对同一 `Hash` or或 `Pred` are required to not introduce data races. For `Alloc` being either `Allocator` or any allocator type rebound from `Allocator`, concurrent invocations of the following operations on the same instance `al` of `Alloc` are required to not introduce data races:常量实例并发调用 `operator()` 时不得引入数据竞争。对于 `Alloc` （即 `Allocator` 或其重绑定后的任意分配器类型），在同一实例 `al` 上并发调用以下操作时不得引入数据竞争：
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Concurrency Requirements and Guarantees
Concurrency Requirements and Guarantees并发要求与保证
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---
---
:335
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If `link:../../../../../container_hash/doc/html/hash.html#ref_hash_is_avalanchinghash[hash_is_avalanching]<Hash>::value` is `true`, the hash function is used as-is; otherwise, a bit-mixing post-processing stage is added to increase the quality of hashing at the expense of extra computational cost.
If若 `link:../../../../../container_hash/doc/html/hash.html#ref_hash_is_avalanchinghash[hash_is_avalanching]<Hhash>::value` is为 `true`, the hash function is used as-is; otherwise, a bit-mixing post-processing stage is added to increase the quality of hashing at the expense of extra computational cost.，则直接使用原哈希函数；否则会添加一个位混合后置处理阶段，以额外计算开销为代价提升哈希质量。</hash>
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The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads.
The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads.通过调用 `insert`/`emplace`，或执行 `rehash`/`reserve` 操作，可自动扩容桶数组的大小。容器的**负载因子**（元素数量除以桶数量）永远不会大于 `max_load_factor()`，仅在容器尺寸极小时，实现可能允许负载因子略高于该值。
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The element nodes of the table are held into an internal _bucket array_. An node is inserted into a bucket determined by the hash code of its element, but if the bucket is already occupied (a _collision_), an available one in the vicinity of the original position is used.
The element nodes of the table are held into an internal _bucket array_. An node is inserted into a bucket determined by the hash code of its element, but if the bucket is already occupied (a _collision_), an available one in the vicinity of the original position is used.该表的元素节点存储于内部**桶数组**中。节点会根据其元素的哈希值插入到对应的桶内；若该桶已被占用（即发生**哈希冲突**），则使用原位置附近的可用桶进行存储。
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`std::allocator_traits<Allocator>::pointer` and `std::allocator_traits<Allocator>::const_pointer` must be convertible to/from `value_type*` and `const value_type*`, respectively.
`std::allocator_traits<Aallocator>::pointer` and与 `std::allocator_traits<Aallocator>::const_pointer` must be convertible to/from必须分别可与 `value_type*` and和 `const value_type*`, respectively. 相互转换。</allocator></allocator>
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An allocator whose value type is the same as the table's value type.
An allocator whose value type is the same as the table's value type.值类型与该表的值类型相同的分配器。
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_Allocator_
_Allocator_
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A binary function object that induces an equivalence relation on values of type `Key`. It takes two arguments of type `Key` and returns a value of type `bool`.
A binary function object that induces an equivalence relation on values of type `Key`. It takes two arguments of type `Key` and returns a value of type `bool`.一种二元函数对象，用于在Key类型的值上构建等价关系。它接受两个Key类型的参数，并返回一个bool类型的值。
06/05/2026

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