msgid "" msgstr "" "Project-Id-Version: English (Boost Json Translation (zh_Hans))\n" "Report-Msgid-Bugs-To: \n" "POT-Creation-Date: 2026-06-06 13:36+0000\n" "PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n" "Last-Translator: FULL NAME \n" "Language-Team: English \n" "Language: en\n" "MIME-Version: 1.0\n" "Content-Type: text/plain; charset=UTF-8\n" "Content-Transfer-Encoding: 8bit\n" "Plural-Forms: nplurals=2; plural=n != 1;\n" "X-Generator: Weblate 2026.5\n" #: :12 #, read-only, safe-html, strict-same msgid "" "= Quick Look Here we highlight important features through example code to " "help convey the style of the interface. We begin by including the library " "header file which brings all the symbols into scope. Alternatively, " "individual headers may be included to obtain the declarations for specific " "types:" msgstr "" "= Quick Look Here we highlight important features through example code to " "help convey the style of the interface. We begin by including the library " "header file which brings all the symbols into scope. Alternatively, " "individual headers may be included to obtain the declarations for specific " "types:" #: :23 #, read-only, safe-html, strict-same msgid "" "In order to link your program you will need to link with a built library. " "Alternatively you can use the header-only configuration simply by including " "this header file in any __one__ of your new or existing source files:" msgstr "" "In order to link your program you will need to link with a built library. " "Alternatively you can use the header-only configuration simply by including " "this header file in any __one__ of your new or existing source files:" #: :45 #, read-only, safe-html, strict-same msgid "Values" msgstr "Values" #: :46 #, read-only, safe-html, strict-same msgid "Say you want to recreate this JSON object in a container:" msgstr "Say you want to recreate this JSON object in a container:" #: :66 #, read-only, safe-html, strict-same msgid "" "In this library the types <>, <>, and <> " "hold JSON arrays, objects, and strings respectively while the type " "<> is a special variant which can hold any JSON element. Here we " "construct an empty object and then insert the elements above:" msgstr "" "In this library the types <>, <>, and <> " "hold JSON arrays, objects, and strings respectively while the type " "<> is a special variant which can hold any JSON element. Here we " "construct an empty object and then insert the elements above:" #: :76 #, read-only, safe-html, strict-same msgid "" "While keys are strings, the mapped type of objects and the element type of " "arrays is the aforementioned type <> which can hold any JSON " "element, as seen in the previous assignments. Instead of building the JSON " "document using a series of function calls, we can build it in one statement " "using an initializer list:" msgstr "" "While keys are strings, the mapped type of objects and the element type of " "arrays is the aforementioned type <> which can hold any JSON " "element, as seen in the previous assignments. Instead of building the JSON " "document using a series of function calls, we can build it in one statement " "using an initializer list:" #: :87 #, read-only, safe-html, strict-same msgid "" "When a <>, <>, or <> 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:" msgstr "" "When a <>, <>, or <> 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:" #: :99 #, read-only, safe-html, strict-same msgid "Allocators" msgstr "Allocators" #: :100 #, read-only, safe-html, strict-same msgid "" "To permit custom memory allocation strategies, these containers all allow " "construction with a <> 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:" msgstr "" "To permit custom memory allocation strategies, these containers all allow " "construction with a <> 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:" #: :112 #, read-only, safe-html, strict-same msgid "" "The containers in this library enforce the invariant that every element of " "the container will use the same memory resource:" msgstr "" "The containers in this library enforce the invariant that every element of " "the container will use the same memory resource:" #: :120 #, read-only, safe-html, strict-same msgid "" "When a library type is used as the element type of a PMR container; that is, " "a container which uses a {ref_polymorphic_allocator}, the memory resource " "will automatically propagate to the type and all of its children:" msgstr "" "When a library type is used as the element type of a PMR container; that is, " "a container which uses a {ref_polymorphic_allocator}, the memory resource " "will automatically propagate to the type and all of its children:" #: :129 #, read-only, safe-html, strict-same msgid "" "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 " "<>:" msgstr "" "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 " "<>:" #: :141 #, read-only, safe-html, strict-same msgid "" "A counted memory resource will not be destroyed until every container with " "shared ownership of the resource is destroyed." msgstr "" "A counted memory resource will not be destroyed until every container with " "shared ownership of the resource is destroyed." #: :145 #, read-only, safe-html, strict-same msgid "Parsing" msgstr "Parsing" #: :146 #, read-only, safe-html, strict-same msgid "" "JSON can be parsed into the value container in one step using a free " "function. In the following snippet, a parse error is indicated by a thrown " "exception:" msgstr "" "JSON can be parsed into the value container in one step using a free " "function. In the following snippet, a parse error is indicated by a thrown " "exception:" #: :154 #, read-only, safe-html, strict-same msgid "Error codes are also possible:" msgstr "Error codes are also possible:" #: :161 #, read-only, safe-html, strict-same msgid "" "By default, the parser is strict and only accepts JSON compliant with the " "standard. However this behavior can be relaxed by filling out an options " "structure enabling one or more extensions. Here we use a static buffer and " "enable two non-standard extensions:" msgstr "" "By default, the parser is strict and only accepts JSON compliant with the " "standard. However this behavior can be relaxed by filling out an options " "structure enabling one or more extensions. Here we use a static buffer and " "enable two non-standard extensions:" #: :171 #, read-only, safe-html, strict-same msgid "" "The parser in this library implements a https://en.wikipedia.org/wiki/" "Online_algorithm[__streaming algorithm__]; it can process JSON piece-by-" "piece, without the requirement that the entire input is available from the " "start. The parser uses a temporary memory allocation to do its work. If you " "plan on parsing multiple JSONs, for example in a network server, keeping the " "same parser instance will allow re-use of this temporary storage, improving " "performance." msgstr "" "The parser in this library implements a https://en.wikipedia.org/wiki/" "Online_algorithm[__streaming algorithm__]; it can process JSON piece-by-" "piece, without the requirement that the entire input is available from the " "start. The parser uses a temporary memory allocation to do its work. If you " "plan on parsing multiple JSONs, for example in a network server, keeping the " "same parser instance will allow re-use of this temporary storage, improving " "performance." #: :184 #, read-only, safe-html, strict-same msgid "" "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." msgstr "" "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." #: :190 #, read-only, safe-html, strict-same msgid "Serializing" msgstr "Serializing" #: :191 #, read-only, safe-html, strict-same msgid "" "Simple free functions are provided for serializing a <> to a " "{std_string} containing JSON:" msgstr "" "Simple free functions are provided for serializing a <> to a " "{std_string} containing JSON:" #: :199 #, read-only, safe-html, strict-same msgid "" "The serializer in this library implements a https://en.wikipedia.org/wiki/" "Online_algorithm[__streaming algorithm__]; it can output JSON a piece at a " "time, without the requirement that the entire output area is allocated at " "once:" msgstr "" "The serializer in this library implements a https://en.wikipedia.org/wiki/" "Online_algorithm[__streaming algorithm__]; it can output JSON a piece at a " "time, without the requirement that the entire output area is allocated at " "once:" #: :210 #, read-only, safe-html, strict-same msgid "Value Conversion" msgstr "Value Conversion" #: :211 #, read-only, safe-html, strict-same msgid "Given a user-defined type:" msgstr "Given a user-defined type:" #: :218 #, read-only, safe-html, strict-same msgid "" "We can define a conversion from the user-defined type to a <> by " "defining an overload of `tag_invoke` in the same namespace. This maps " "`customer` to a JSON object:" msgstr "" "We can define a conversion from the user-defined type to a <> by " "defining an overload of `tag_invoke` in the same namespace. This maps " "`customer` to a JSON object:" #: :227 #, read-only, safe-html, strict-same msgid "" "This allows us to use the library function <> to produce a " "<> from our type:" msgstr "" "This allows us to use the library function <> to produce a " "<> from our type:" #: :235 #, read-only, safe-html, strict-same msgid "" "The library knows what to do with standard containers. Here we convert an " "array of customers to a value:" msgstr "" "The library knows what to do with standard containers. Here we convert an " "array of customers to a value:" #: :243 #, read-only, safe-html, strict-same msgid "" "To go from JSON to a user-defined type we use <>, 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:" msgstr "" "To go from JSON to a user-defined type we use <>, 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:" #: :253 #, read-only, safe-html, strict-same msgid "" "The code above defines the convenience function `extract`, which deduces the " "types of the struct members. This works, but requires that the struct is " "{req_DefaultConstructible}. An alternative is to construct the object " "directly, which is a little more verbose but doesn't require default " "construction:" msgstr "" "The code above defines the convenience function `extract`, which deduces the " "types of the struct members. This works, but requires that the struct is " "{req_DefaultConstructible}. An alternative is to construct the object " "directly, which is a little more verbose but doesn't require default " "construction:" #: :263 #, read-only, safe-html, strict-same msgid "Now we can construct customers from JSON:" msgstr "Now we can construct customers from JSON:" #: :270 #, read-only, safe-html, strict-same msgid "" "The library's generic algorithms recognize when you are converting a " "<> 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:" msgstr "" "The library's generic algorithms recognize when you are converting a " "<> 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:"