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Project website www.boost.org
Instructions for translators

Please translate the Boost.json documentation. Maintain technical accuracy and follow AsciiDoc formatting conventions.
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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/io/parsing_*.adoc
Monolingual base language file doc/pages/io/parsing.adoc
2 weeks ago

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Source 72 1,209 9,274
Translated 100% 144 100% 2,418 100% 18,548
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Read-only 50% 72 50% 1,209 50% 9,274
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Users who wish to implement custom parsing strategies may create their own handler to use with an instance of <<ref_basic_parser>>. The handler implements the function signatures required by SAX event interface. In <<examples_validate>> example we define the "null" parser, which throws out the parsed results, to use in the implementation of a function that determines if a JSON text is valid.
希望实现自定义解析策略的用户可以创建自己的处理器（handler），并与 &lt;<<ref_basic_parser>&gt;> 实例配合使用。该处理器需实现 SAX 事件接口所要求的函数签名。在 &lt;<<examples_validate>&gt;> 示例中，我们定义了一个“空”解析器（null parser），它会丢弃所有解析结果，用于实现一个判断 JSON 文本是否有效的函数。</examples_validate></ref_basic_parser>
a month ago
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Translation changed
After default construction, or after <<ref_stream_parser_reset>> is called with no arguments, the <<ref_value>> produced after a successful parse operation uses the default memory resource. To use a different memory resource, call `reset` with the resource to use. Here we use a <<ref_monotonic_resource>>, which is optimized for parsing but not subsequent modification:
在默认构造之后，或在无参调用 &lt;<<ref_stream_parser_reset>&gt;> 之后，成功解析操作所生成的 &lt;<<ref_value>&gt;> 将使用默认内存资源。若要使用不同的内存资源，请使用要使用的资源可调用 `reset`并传入目标资源。以下示例使用了 &lt;<<ref_monotonic_resource>&gt;>，该资源针对解析进行了优化，但不适合后续修改：</ref_monotonic_resource></ref_value></ref_stream_parser_reset>
a month ago
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Translation changed
This example will break, if comments are enabled, because of `std::getline` use (see the warning in <<non_standard_json>> section).
如果启用了注释，此示例将失效，原因在于使用了 `std::getline`（参见 &lt;<<non_standard_json>&gt;> 章节中的警告）。</non_standard_json>
a month ago
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Translation changed
In the following example a JSON text is parsed from standard input a line at a time. Error codes are used instead. The function <<ref_stream_parser_finish>> is used to indicate the end of the input:
在以下示例中，JSON文本从标准输入逐行解析。此处使用错误码替代异常。函数&lt;<<ref_stream_parser_finish>&gt;>用于指示输入结束：</ref_stream_parser_finish>
a month ago
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Translation changed
To use the <<ref_stream_parser>>, declare an instance. Then call <<ref_stream_parser_write>> zero or more times with successive buffers representing the input JSON. When there are no more buffers, call <<ref_stream_parser_finish>>. The function <<ref_stream_parser_done>> returns `true` after a successful call to `write` or `finish` if parsing is complete.
要使用&lt; <<ref_stream_parser>&gt;>，请先声明一个实例。然后对表示输入 JSON 的连续缓冲区零次或多次调用&lt; <<ref_stream_parser_write>&gt;>。当没有更多缓冲区时，调用&lt; <<ref_stream_parser_finish>&gt;>。在成功调用`write`或`finish`后，如果若解析已完成，函数&lt; <<ref_stream_parser_done>&gt;> 将返回`true`。</ref_stream_parser_done></ref_stream_parser_finish></ref_stream_parser_write></ref_stream_parser>
a month ago
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Translation changed
The <<ref_stream_parser>> implements a https://en.wikipedia.org/wiki/Online_algorithm[__streaming algorithm__]; it allows incremental processing of large JSON inputs using one or more contiguous character buffers. The entire input JSON does not need to be loaded into memory at once. A network server can use the streaming interface to process incoming JSON in fixed-size amounts, providing these benefits:
&lt;<<ref_stream_parser>&gt;>实现了一种https://en.wikipedia.org/wiki/Online_algorithm[__流式算法__]；它允许使用一个或多个连续字符缓冲区增量处理大型JSON输入。整个输入JSON无需一次性加载到内存中。网络服务器可以使用流式接口以固定大小的量处理传入的JSON，从而提供以下优势：</ref_stream_parser>
a month ago
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Translation changed
Sometimes a protocol may have a JSON text followed by data that is in a different format or specification. The JSON portion can still be parsed by using the function <<ref_parser_write_some>>. Upon success, the return value will indicate the number of characters consumed from the input, which will exclude the non-JSON characters:
有时，某个协议可能包含一个在 JSON 文本，之后跟随采用不同格式或规范的数据。仍然可以使用函数&lt;此时仍可使用函数 <<ref_parser_write_some>&gt;> 来解析 JSON 部分。成功时，其返回值将指示从输入中消耗的字符数，该数字将排除非量不包括非 JSON 的字符：</ref_parser_write_some>
a month ago
User avatar user01

Translation changed
To use the <<ref_parser>>, declare an instance. Then call <<ref_parser_write>> once with the buffer containing representing the input JSON. Finally, call <<ref_parser_release>> to take ownership of the resulting <<ref_value>> upon success. This example persists the parser instance in a class member to reuse across calls:
要使用 &lt;<<ref_parser>&gt;>，先声明一个实例。然后调用 &lt;<<ref_parser_write>&gt;> 一次，传入包含输入 JSON 的缓冲区。最后，在成功时调用 &lt;<<ref_parser_release>&gt;> 以获取生成的 &lt;<<ref_value>&gt;> 的所有权。以下示例将解析器实例作为类成员保存，以便在多次调用间复用：</ref_value></ref_parser_release></ref_parser_write></ref_parser>
a month ago
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