Boost Json Translation (zh_Hans)/Doc / Pages / Comparison (adoc) — Chinese (Simplified Han script) @ Boost-Weblate: {icon_good} Parsing and serialization performance is better than most other

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Key	English	Chinese (Simplified Han script)
	which rules out the most important type of allocator, a local arena-based implementation.	这排除了最重要的一类分配器，即基于本地内存池的实现。
:70	{icon_bad} No incremental parsing, no incremental serialization.	{icon_bad} 没有增量式解析，也没有增量式序列化。
	{icon_bad} Slow parsing and serialization performance.	{icon_bad} 解析和序列化性能较差。
	{icon_good} Full-featured, including JSON Pointer, CBOR, and others.	{icon_good} 功能全面，包含 JSON Pointer、CBOR 等特性。
	Comparison to RapidJSON	与RapidJSON的比较
	Value Type: https://github.com/Tencent/rapidjson/blob/bb5f966b9939d6cdfbac3462a0410e185099b3af/include/rapidjson/document.h#L608[`rapidjson::GenericValue`]	值类型：https://github.com/Tencent/rapidjson/blob/bb5f966b9939d6cdfbac3462a0410e185099b3af/include/rapidjson/document.h#L608[`rapidjson::GenericValue`]
	{icon_bad} The value type is not regular. Assignment is destructive,	{icon_bad} 值类型不满足“正规性”要求。赋值具有破坏性，
	performing `a = b` is equivalent to `a = std::move(b)`. No copy construction or copy assignment allowed.	执行 `a = b` 等同于 `a = std::move(b)`，且不允许复制构造和复制赋值。
	{icon_bad} Object types have no hash table or index to reduce the cost of	{icon_bad} 对象类型没有哈希表或索引用于降低查找成本。
	lookups.	(查找。)
	{icon_bad} Allocators have reference semantics. Problems with lifetime are	{icon_bad} 分配器采用引用语义，容易引发生命周期问题。
	easily encountered.	（容易引发。）
	{icon_bad} The interface of the array and object types are considerably	{icon_bad} 数组和对象类型的接口
	different from their standard library equivalents, and not idiomatic.	与标准库中的对应类型差异显著，且不符合惯用法。
:106	{icon_bad} No incremental parsing, no incremental serialization.	{icon_bad} 没有增量式解析，也没有增量式序列化。
	{icon_good} Parsing and serialization performance is better than most other	{icon_good} 解析和序列化性能优于大多数其他。
	libraries.	库。
	Comparison to SIMD JSON	与SIMD JSON的比较
	This is quite an interesting data structure, which is optimized to work well with the SIMD parser. It makes very good design choices for the intended use-case. However it is not well suited as a vocabulary type due to the necessary limitations.	这是一种相当有趣的数据结构，专为与 SIMD 解析器协同工作而优化。它在目标使用场景下做出了非常优秀的设计选择。然而，由于其必要的限制，它不太适合作为通用类型。
	{icon_bad} Sequential access only, via `ParsedJson::BasicIterator`	{icon_bad} 仅支持通过 `ParsedJson::BasicIterator` 进行顺序访问
	{icon_bad} Read-only, can only be populated by the provided SIMD JSON parser.	{icon_bad} 为只读类型，仅能通过所提供的 SIMD JSON 解析器进行填充。
	{icon_good} The fastest available JSON parser.	{icon_good} 为目前最快的JSON解析器。

Key	English	Chinese (Simplified Han script)
	{icon_bad} The interface of the array and object types are considerably	{icon_bad} 数组和对象类型的接口
	`BooleanType` anything other than `bool`.	将 `BooleanType` 设置为 `bool` 之外的其他类型的使用场景。
	{icon_bad} Poor separation of concerns. The `basic_json` container	{icon_bad} 关注点分离不佳。`basic_json` 容器
	{icon_bad} Limited allocator support. Only stateless allocators are allowed,	{icon_bad} 分配器支持有限。只允许无状态分配器，
	which rules out the most important type of allocator, a local arena-based implementation.	这排除了最重要的一类分配器，即基于本地内存池的实现。
	performing `a = b` is equivalent to `a = std::move(b)`. No copy construction or copy assignment allowed.	执行 `a = b` 等同于 `a = std::move(b)`，且不允许复制构造和复制赋值。
	= Comparison to Other Libraries	= 与其他库的比较
	{icon_bad} Slow parsing and serialization performance.	{icon_bad} 解析和序列化性能较差。
	{icon_good} Full-featured, including JSON Pointer, CBOR, and others.	{icon_good} 功能全面，包含 JSON Pointer、CBOR 等特性。
	Comparison to RapidJSON	与RapidJSON的比较
	Value Type: https://github.com/Tencent/rapidjson/blob/bb5f966b9939d6cdfbac3462a0410e185099b3af/include/rapidjson/document.h#L608[`rapidjson::GenericValue`]	值类型：https://github.com/Tencent/rapidjson/blob/bb5f966b9939d6cdfbac3462a0410e185099b3af/include/rapidjson/document.h#L608[`rapidjson::GenericValue`]
	{icon_bad} Object types have no hash table or index to reduce the cost of	{icon_bad} 对象类型没有哈希表或索引用于降低查找成本。
	lookups.	(查找。)
	{icon_bad} Allocators have reference semantics. Problems with lifetime are	{icon_bad} 分配器采用引用语义，容易引发生命周期问题。
	easily encountered.	（容易引发。）
	different from their standard library equivalents, and not idiomatic.	与标准库中的对应类型差异显著，且不符合惯用法。
	{icon_good} Parsing and serialization performance is better than most other	{icon_good} 解析和序列化性能优于大多数其他。
	libraries.	库。
	Comparison to SIMD JSON	与SIMD JSON的比较
	This is quite an interesting data structure, which is optimized to work well with the SIMD parser. It makes very good design choices for the intended use-case. However it is not well suited as a vocabulary type due to the necessary limitations.	这是一种相当有趣的数据结构，专为与 SIMD 解析器协同工作而优化。它在目标使用场景下做出了非常优秀的设计选择。然而，由于其必要的限制，它不太适合作为通用类型。
	{icon_bad} Sequential access only, via `ParsedJson::BasicIterator`	{icon_bad} 仅支持通过 `ParsedJson::BasicIterator` 进行顺序访问
	{icon_bad} Read-only, can only be populated by the provided SIMD JSON parser.	{icon_bad} 为只读类型，仅能通过所提供的 SIMD JSON 解析器进行填充。
	declaration needlessly conflates parsing and serialization APIs.	声明不必要地将解析和序列化API混杂在一起。
	{icon_bad} The value type is not regular. Assignment is destructive,	{icon_bad} 值类型不满足“正规性”要求。赋值具有破坏性，
:106	{icon_bad} No incremental parsing, no incremental serialization.	{icon_bad} 没有增量式解析，也没有增量式序列化。
:70	{icon_bad} No incremental parsing, no incremental serialization.	{icon_bad} 没有增量式解析，也没有增量式序列化。

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Chinese (Simplified Han script) 63 characters editedCurrent translationState: Translated

06/05/2026

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Chinese (Simplified Han script) 75 characters editedPrevious translationState: Needs editing (Needs rewriting)

06/05/2026

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doc/pages/comparison_zh_Hans.adoc, string 29

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