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Summary

Project website www.boost.org
Instructions for translators

Please translate the Boost.Json documentation. Maintain technical accuracy and follow exact formatting conventions.
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  • Any authenticated user can contribute.
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Source code repository git@github.com:CppDigest/json.git
Repository branch local-zh_Hans
Last commit in Weblate Update translation files af14da9
Weblate authored 06/05/2026
Weblate repository https://insights.cppalliance.org/weblate/git/boost-json-documentation-zh_Hans/doc-library-detail-adoc/
File mask doc/pages/allocators/background_*.adoc
Monolingual base language file doc/pages/allocators/background.adoc
Translation file Download doc/pages/allocators/background_zh_Hans.adoc
Last change June 5, 2026, 6:34 p.m.
Last change made by Boost-Weblate Admin
Language Chinese (Simplified Han script)
Language code zh_Hans
Text direction Left to right
Case sensitivity Case-insensitive
Number of speakers 1,286,444,445
Number of plurals 1
Plural type None
Plurals
Plural formula 0
06/05/2026

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Translated 100% 23 100% 499 100% 3,458
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Failing checks 8% 2 21% 105 21% 749
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 0% 0 0% 0 0% 0
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Processed 23 strings from the uploaded files (skipped: 0, not found: 0, updated: 23).
File upload mode: Add as translation 06/05/2026
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Boost.JSON solves this problem by introducing a new smart pointer called <<ref_storage_ptr>> which builds upon {cpp}17's memory allocation interfaces, accomplishing the goals above. As a result, libraries which use this type compose more easily and enjoy faster compilation, as member functions for containers which use the type can be defined out-of-line.
Boost.JSON solves this problem by introducing a new smart pointer called <<ref_storage_ptr>> which builds upon {cpp}17's memory allocation interfaces, accomplishing the goals above. As a result, libraries which use this type compose more easily and enjoy faster compilation, as member functions for containers which use the type can be defined out-of-line.通过引入一个名为&lt;<ref_storage_ptr>&gt; 的新型智能指针解决此问题，该指针基于{cpp}17的内存分配接口构建，实现了上述目标。因此，使用该类型的库更易于组合，并能获得更快的编译速度，因为使用该类型的容器的成员函数可以定义在类外（out-of-line）。</ref_storage_ptr>
06/05/2026
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`T` interoperates with code already using `std::pmr`
`T` interoperates with code already using 能与已使用`std::pmr`的代码互操作
06/05/2026
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`T` supports both reference semantics or shared ownership
`T` supports both reference semantics or shared ownership同时支持引用语义和共享所有权
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`T` references a {ref_memory_resource}
`T` references a引用一个 {ref_memory_resource}
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`T` is not a class template
`T` is not a class template不是类模板
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We would like an allocator model using a single type `T` with the following properties:
We would like an allocator model using a single type `T` with the following properties:我们希望采用一种使用单一类型`T`的分配器模型，该模型具有以下特性：
06/05/2026
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Problem Statement
Problem Statement问题陈述
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Workarounds for this problem are worse than the problem itself. The library could return a pair with the vector and `std::unique_ptr<std::pmr::memory_resource>` which the caller must manage. Or the library could change its function signatures to accept a {ref_memory_resource}``*`` provided by the caller, where the library also makes public the desired memory resources (`my_resource` above).
Workarounds for this problem are worse than the problem itself. The library could return a pair with the针对此问题的变通方案往往比问题本身更糟糕。该库可以返回一个包含 vector and 和`std::unique_ptr<std::pmr::memory_resource>` which the caller must manage. Or the library could change its function signatures to accept a {ref_memory_resource}``*`` provided by the caller, where the library also makes public the desired memory resources (`my_resource` above).的pair，必须由调用方自行管理。或者，该库也可以修改其函数签名，接受调用方提供的{ref_memory_resource}``*``，同时将所需的内存资源（如上文的`my_resource`）公开。</std::pmr::memory_resource>
06/05/2026
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This can be worked around by declaring the container to use a custom allocator (perhaps using a `std::shared_ptr< std::pmr::memory_resource >` as a data member). This hinders library composition; every library now exports unique, incompatible container types. A raw memory resource pointer is also easy to misuse:
This can be worked around by declaring the container to use a custom allocator (perhaps using a 可通过声明容器使用自定义分配器（可能使用`std::shared_ptr<&lt; std::pmr::memory_resource >` as a data member). This hinders library composition; every library now exports unique, incompatible container types. A raw memory resource pointer is also easy to misuse:&gt;`作为数据成员）来解决此问题。这会阻碍库的组合；每个库都会导出各自独特且互不兼容的容器类型。原始内存资源指针也容易被误用：
06/05/2026
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