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7,214 Characters 78%

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Strings Words Characters
58 936 7,214
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58 936 7,214
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23 52 1,543
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23 52 1,543
Translated strings with any failing checks Browse Translate Zen
23 52 1,543
Failing check: Unchanged translation Browse Translate Zen

Summary

Project website www.boost.org
Instructions for translators

Please translate the Boost.json documentation. Maintain technical accuracy and follow AsciiDoc formatting conventions.
Project maintainers1 User avatar user01
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  • Translations can be made directly.
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  • The translation uses monolingual files.
  • The translation base language can not be edited.
Source code repository git@github.com:AuraMindNest/json.git
Repository branch develop
Last commit in Weblate Translated using Weblate (Chinese (Simplified Han script)) 3c2eea2
User avatar user01 authored a month ago
Weblate repository https://boost-weblate.cloud/git/boost-json-documentation/doc-library-detail/
File mask doc/pages/quick_look_*.adoc
Monolingual base language file doc/pages/quick_look.adoc
Translation file Download doc/pages/quick_look_zh_Hans.adoc
Last change Dec. 30, 2025, 4:28 p.m.
Last change made by user01
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
11 days ago

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Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 58 936 7,214
Translated 100% 58 100% 936 100% 7,214
Needs editing 0% 0 0% 0 0% 0
Read-only 0% 0 0% 0 0% 0
Failing checks 39% 23 5% 52 21% 1,543
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 0% 0 0% 0 0% 0
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Changes committed a month ago
User avatar user01

Translation changed
The library's generic algorithms recognize when you are converting a <<ref_value>> to a container which resembles an array or object, so if you wanted to turn a JSON array into a vector of customers you might write:
当将 &lt;<<ref_value>&gt;> 转换为类似数组或对象的容器时，库的通用算法可自动识别。因此若要将 JSON 数组转换为客户向量，可编写如下代码：</ref_value>
a month ago
User avatar user01

Translation changed
To go from JSON to a user-defined type we use <<ref_value_to>>, which uses another overload of `tag_invoke`. This converts a JSON value to a `customer`. It throws an exception if the contents of the value do not match what is expected:
为将 JSON 转换为用户定义类型，我们使用 &lt;<<ref_value_to>&gt;>（它会调用 `tag_invoke` 的另一个重载）。此操作将 JSON 值转换为 `customer`。若值内容不符合预期，则抛出异常：</ref_value_to>
a month ago
User avatar user01

Translation changed
This allows us to use the library function <<ref_value_from>> to produce a <<ref_value>> from our type:
这允许我们可以使用库函数 &lt;<<ref_value_from>&gt; 从> 从我们的类型生成一个 &lt;<ref_value>&gt;：</ref_value></ref_value_from><<ref_value>>：
a month ago
User avatar user01

Translation changed
We can define a conversion from the user-defined type to a <<ref_value>> by defining an overload of `tag_invoke` in the same namespace. This maps `customer` to a JSON object:
我们可在同一命名空间中定义 `tag_invoke` 的重载，来实现从用户定义类型到 &lt;&lt;<<ref_value>&gt;> 的转换。此操作将 `customer` 映射为 JSON 对象：</ref_value>
a month ago
User avatar user01

Translation changed
Simple free functions are provided for serializing a <<ref_value>> to a {std_string} containing JSON:
提供了简单的自由函数，用于将 &lt;<<ref_value>&gt;> 序列化为包含 JSON 的 {std_string}：</ref_value>
a month ago
User avatar user01

Translation changed
With strategic use of the right memory resources, parser instance, and calculated upper limits on buffer sizes, it is possible to parse and examine JSON without __any__ dynamic memory allocations. This is explored in more detail in a later section.
通过合理使用适当的内存资源、解析器实例及缓冲区大小的计算上限，可在不进行__any__（任何）任何__动态内存分配的情况下解析和检查 JSON。后续章节将对此进行更详细探讨。
a month ago
User avatar user01

Translation changed
Up until now we have shown how values may be constructed from a memory resource pointer, where ownership is not transferred. In this case the caller is responsible for ensuring that the lifetime of the resource is extended for the life of the container. Sometimes you want the container to acquire shared ownership of the resource. This is accomplished with <<ref_make_shared_resource>>:
截至目前，我们已展示如何通过内存资源指针（不转移所有权）构造值。此时调用方需确保资源生命周期覆盖容器的生命周期。有时您希望容器获取资源的共享所有权。这可通过 &lt;<<ref_make_shared_resource>&gt; 实现：</ref_make_shared_resource>> 实现：
a month ago
User avatar user01

Translation changed
To permit custom memory allocation strategies, these containers all allow construction with a <<ref_storage_ptr>> which is a smart pointer to a {ref_memory_resource}. The constructor signatures have the same ordering as their `std` equivalents which use {req_Allocator} parameters. Once a container is constructed its memory resource can never change. Here we create an array without performing any dynamic allocations:
为支持自定义内存分配策略，这些容器均允许通过一个 &lt;<<ref_storage_ptr>&gt;>（指向 {ref_memory_resource} 的智能指针）进行构造。其构造函数签名的参数顺序与使用 {req_Allocator} 参数的标准库等价类型一致。容器一旦构造完成，其内存资源便不可更改。以下代码创建了一个未执行任何动态分配的数组：</ref_storage_ptr>
a month ago
User avatar user01

Translation changed
When a <<ref_value>>, <<ref_array>>, or <<ref_object>> is assigned or constructed from an initializer list, the creation of the new value happens only once. This makes initializer lists equally efficient as using the other ways to create a value. The types in this library are first-class, supporting copy and move construction and assignment:
当 &lt;<<ref_value>&gt;、&lt;>, <<ref_array>&gt; 或 &lt;>, 或 <<ref_object>&gt;> 通过初始化列表进行赋值或构造时，新值的创建仅发生一次。这使得初始化列表在效率上与其他创建值的方式相当。本库中的类型均为一等类型，支持复制和移动构造及赋值：</ref_object></ref_array></ref_value>
a month ago
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