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resource>>, which uses the standard C++ allocator, and is designed for general use including mutation of the document after it is parsed. The <<ref_stream_parser>> object is reused between trials, allowing temporary memory allocated by the implementation to persist and improve performance.
resource>>&gt;&gt;, which uses the standard C++ allocator, and is designed for general use including mutation of the document after it is parsed. The <&lt;<ref_stream_parser>>&gt; object is reused between trials, allowing temporary memory allocated by the implementation to persist and improve performance.</ref_stream_parser>
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Parses the input using the <<default_memory_resource, default memory
Parses the input using the <<default_memory_resource, default memory使用 &lt;&gt; 对输入进行解析，
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*boost*
*boost*
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which is optimized for parsing without subsequent modification. The <<ref_stream_parser>> object is reused between trials, allowing temporary memory allocated by the implementation to persist and improve performance.
which is optimized for parsing without subsequent modification. The <<ref_stream_parser>> object is reused between trials, allowing temporary memory allocated by the implementation to persist and improve performance.该资源针对解析后不进行后续修改的场景进行了优化。&lt;<ref_stream_parser>&gt; 对象在各次试验之间被复用，使得实现所分配的临时内存得以保留，从而提升性能。</ref_stream_parser>
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Parses the input using a <<ref_monotonic_resource>>,
Parses the input using a <<ref_monotonic_resource>>,使用 &lt;&gt; 对输入进行解析，
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*boost(pool)*
*boost(pool)*
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Description
Description描述
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Name
Name使用 &lt;&gt; 解析输入，该资源针对解析后不进行后续修改的场景进行了优化。&lt;&gt; 对象在各次试验之间被复用，使得实现所分配的临时内存得以保留，从而提升性能。
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= Benchmarks This section compares the performance of Boost.JSON with two widely used libraries with similar functionality: RapidJSON which is known for its performance, and JSON for Modern C++ which is known for feature-richness. The bench program measures the throughput of parsing and serialization for the a set of JSON representing typical workloads. These implementations are evaluated:
= Benchmarks This section compares the performance of Boost.JSON with two widely used libraries with similar functionality: RapidJSON which is known for its performance, and JSON for Modern C++ which is known for feature-richness. The bench program measures the throughput of parsing and serialization for the a set of JSON representing typical workloads. These implementations are evaluated:基准测试 本节将 Boost.JSON 与两个广泛使用的具有类似功能的库进行性能比较：以高性能著称的 RapidJSON 和以功能丰富著称的JSON for Modern C++ 库（nlohmann/json）。bench 程序测量解析和序列化一组代表典型工作负载的 JSON 的吞吐量。评估的实现包括：
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The polymorphic allocator is propagated recursively. Child elements of child elements will use the same memory resource as the parent.
The polymorphic allocator is propagated recursively. Child elements of child elements will use the same memory resource as the parent.多态分配器会递归传播。子元素的子元素将使用与父元素相同的内存资源。
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Library containers can be constructed from polymorphic allocators:
Library containers can be constructed from polymorphic allocators:库容器可以从多态分配器构造：
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Practically, this means that when a library container type is used in a standard container that uses a polymorphic allocator, the allocator will propagate to the JSON type. For example:
Practically, this means that when a library container type is used in a standard container that uses a polymorphic allocator, the allocator will propagate to the JSON type. For example:实际上，这意味着当库中的容器类型被用在使用多态分配器的标准容器中时，该分配器会传播到 JSON 类型。例如：
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{ref_polymorphic_allocator} constructed from the {ref_memory_resource} used by the container. Ownership of this memory resource is not transferred.
{ref_polymorphic_allocator} constructed from the {ref_memory_resource} used by the container. Ownership of this memory resource is not transferred.由容器所使用的 {ref_memory_resource} 构造的 {ref_polymorphic_allocator} 实例。该内存资源的所有权不会被转移。
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The member function `get_allocator` returns an instance of
The member function `get_allocator` returns an instance of成员函数 `get_allocator` 返回一个
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an instance of {ref_polymorphic_allocator} in the same argument position.
an instance of在相同参数位置接受一个 {ref_polymorphic_allocator} in the same argument position.实例。
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All eligible constructors which accept <<ref_storage_ptr>> will also accept
All eligible constructors which accept <<ref_storage_ptr>> will also accept所有接受 &lt;<ref_storage_ptr>&gt; 的合格构造函数，也将</ref_storage_ptr>
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a {ref_polymorphic_allocator}.
a {ref_polymorphic_allocator}.的别名。
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The nested type `allocator_type` is an alias for
The nested type嵌套类型 `allocator_type` is an alias for是
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= Uses-allocator Construction To support code bases which are already using polymorphic allocators, the containers in this library support {std_uses_allocator} construction. For <<ref_array>>, <<ref_object>>, <<ref_string>>, and <<ref_value>>:
= Uses-allocator Construction To support code bases which are already using polymorphic allocators, the containers in this library support使用分配器构造 为支持已使用多态分配器的代码库，本库中的容器支持 {std_uses_allocator} construction. For <构造。对于 &lt;<ref_array>>, <&gt;, &lt;<ref_object>>, <&gt;, &lt;<ref_string>>, and <<ref_value>>:&gt; 和 &lt;<ref_value>&gt;：</ref_value></ref_string></ref_object></ref_array>
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