3437 lines
923 KiB
Plaintext
3437 lines
923 KiB
Plaintext
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rust
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Ij #rustc 1.93.0 (254b59607 2026-01-19)Á³VOÐêùÿ²?ÑL¼�§Ì± -a7a40eb546f9e2b0Á á\ƒ¦è3$|]åŒ[IÚ tæ -14b12edc9f8cd90bÁ ë&Gf·Ã ¬ëñq:¤»b -bb76018b1173caf6Á“õ…·fÊvŠ ¦%g- -c48c539199cbc88bÁ à 9m Ù„«ÐÒþá•c‘B; -030c5b0bba47cc8fÁ rustc_std_workspace_coreÁÛ¹þÓ7>H%¸ÚÉ’› -4b81d37a5530864dÁ üÃùs<Uß7VyóHr#QÏ -c66cc7807550ce25Á miniz_oxideÁõFÖˆÚ™ª‹"ÞXzLVª -62cbc7af83058505Á adler2Á—wÉD‘嵯�|6¨%Œ
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+ -2f171dd2394b4b62Á hashbrownÁ,ïcV¼¨ø¢:Ê\'È߈ -9571ba9e0f6c7a90Á rustc_std_workspace_allocÁ%¥Èxµù·¼5Ä3Bœ -aac566ad65903fa4Á
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std_detectÁMmáýZ^9õ Îà§e˜÷e -2edb296e590136d8Á rustc_demangleÁ@¼§VÉNb˜æ¨fHÌ+V3 -53b132e4a2fa6e26Á cfg_ifÁfÝv�.Å"ÒÜuPp¹ˆ¶ -f76b385d7d4d7f3eÁ addr2lineÁÕú-WiúQVÓ¬
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µT§�5 -fe25100bd73e48e4Á gimliÁ¹xLáÇí÷‘o ±Ñ8£Å -265ba9e6e4f70b3fÁ objectÁÔ³ÝzÓÿ¶ò°öM›¼òü` -9ae0d1f8ea52a318Á memchrÁRÎ÷׎™te~QÓ¿ØC\Ò -0bff3c8e8f4e489eÁ –©H�tGNÏ ·ˆ!á -d69228d077d46f36Á
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serde_coreÁep@Ú»î¿ îYªñ[ -e5150d61a69beeacÁ zmijÁ|¸.#g»AÁàn h%E -2958e57d3abb7cfbÁ itoaÁkæ�4ïMŠ€0×ú à˜ -470c3536ec7ad19bÁ ì3당¡ÚR$ŽýŠ T`¤ -ae9d1e764ef9df69Á ' lexicalÁ<’ ¶<i float_roundtripÁŒs Üi '£ $¿ ¶<— ‘ Œ¡ Ü— ' NumberDeserializerÁ”½ ¶<ˆ arbitrary_precisionÁ¬’ üˆ ' if_checking_recursion_limitÁÜÊå ¶<Ÿå unbounded_depthÁŒ©å ÜŸå â Œ¶<ß preserve_orderÁ„éÔßâ memÁ µ¶<Žë
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„˜ÔŽâ IndexMapÁDá¶<¶ë
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„ÀÔ¶â MapImplÁ<¹¶<—ë
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„¡Ô—â VacantEntryImplÁ|�•¶<î”ë
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„ø”Ôî”â OccupiedEntryImplÁŒð–¶<Ζë
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„Ø–ÔΖâ IterImplÁDÆ÷¶<¤÷ë
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„®÷Ô¤÷â IterMutImplÁ\£ý¶<�ýë
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„‹ýÔ�ýâ IntoIterImplÁd肶<Æ‚ë
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„ЂÔÆ‚â KeysImplÁD¤†¶<‚†ë
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„Œ†Ô‚†â
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ValuesImplÁT剶<Éë
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„͉ÔÉâ
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ValuesMutImplÁl·�¶<•�ë
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„Ÿ�Ô•�â IntoValuesImplÁtŠ‘¶<è�ë
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„ò�Ôè���D¾¶<“ raw_valueÁ\�¬“� invalid_numberÁt®§¶<‰§ì ¬“§ü‰§ � invalid_raw_valueÁŒ ¨¶<…¨®\�¨¬…¨� NumberStrEmitterÁ„”õ¶<ëôì ¬õôüëô � RawValueStrEmitterÁ”ë—¶<Ì—®\Ö—¬Ì— serÁ ón¶<Ün“,æn|ÜnŒÛn„ to_raw_valueÁd¸¶<Ö®\à¬Ö„ RawValueÁDƶ'®%#%Î�DÞ¶<³®\½¬³Î NumberFromStringÁ„Õ¶< ì ¬ªü  NumberValueEmitterÁ”똶<Â˜ì ¬Ì˜ü˜  Æt«™¶<†™ì ¬�™ü†™  RawValueEmitterÁ|‘º¶<ò¹®\ü¹¬ò¹Â øŒÄº¶<©º®\³º¬©ºö
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impÁ Á¶<–“, |–Œ• û<Úo¶<¸o‘ ŒÂoܸo’ ErrorCodeÁLp¶<<ì ¬Fü< ’œ<¶¶<�ì ¬‹ü� ’’4û¶<Åì ¬ÏüÅ ’�Dƒ¶ ì ’ IntoDeserializerÁ„æ¶<´ì ¬¾ü´ ’ MapAccessÁLø¶)ì '%'’ TOKENÁ,™¶<æì ¬ðüæ ’Í ‘¶<êì ¬ôüê ’ NumberKeyÁL‰r¶<àqì ¬êqüàq ’¦„Ìy¶<Ÿyì ¬©yüŸy ’Æt瀶<Â€ì ¬Ì€ü€ ’Ê ”¬¡¶<ø ì ¬‚¡üø ’ NumberFieldDeserializerÁ¼è¦¶<¿¦ì ¬É¦ü¿¦ æ BorrowedRawDeserializerÁ¼— ¶<ï ®\ù ¬ï æ OwnedRawDeserializerÁ¤ô ¶<º ®\Ä ¬º æ’4Ñ ¶<” ®\ž ¬” æ VisitorÁ<† ¶<ß ®\é ¬ß @ œp¶<€p®\Šp¬€p ³ á “ serdeÁ __privateÁ
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triÁ macrosÁ ! jsonÁ !
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json_internalÁ ! json_internal_vecÁ ! json_unexpectedÁ ! json_expect_expr_commaÁ deÁ ' ''''''''' '
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' ' '
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'''''''''''' DeserializerÁ A RÁ A readÁ A scratchÁ A remaining_depthÁ ' F 'deÁ F” F• 'J” J from_readerÁ 'M 'aÁ M
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from_sliceÁ 'Pˆ P÷ ' overflowÁ ' ParserNumberÁ T F64Á U
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Uì T U64Á X
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Xì T I64Á [
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[ì '^ visitÁ _Ï _ VÁ ^ invalid_typeÁ 'cÏ c” cÏ cŠ g™ c peekÁ c peek_or_nullÁ c eat_charÁ c next_charÁ c next_char_or_nullÁ c errorÁ c
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peek_errorÁ c parse_whitespaceÁ c peek_invalid_typeÁ c deserialize_numberÁ r 'anyÁ r¬ c do_deserialize_i128Á u¨! u¬ c do_deserialize_u128Á x¨! x¬ c scan_integer128Á c fix_positionÁ | c parse_identÁ c
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parse_integerÁ c parse_numberÁ c
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parse_decimalÁ c parse_exponentÁ c f64_from_partsÁ c parse_long_integerÁ c parse_decimal_overflowÁ c parse_exponent_overflowÁ c parse_any_signed_numberÁ c parse_any_numberÁ c parse_object_colonÁ c end_seqÁ c end_mapÁ c ignore_valueÁ c ignore_integerÁ c ignore_decimalÁ c ignore_exponentÁ '�“ �÷ ' POW10Á “ '�! 'Ž
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' check_recursionÁ '˜Ï ˜” ˜” ˜ deserialize_anyÁ œ¬ ˜ deserialize_boolÁ ž¬ ˜ deserialize_charÁ ¬ ˜ deserialize_strÁ ¢¬ ˜ deserialize_stringÁ ¤¬ ˜ deserialize_bytesÁ ¦¬ ˜ deserialize_byte_bufÁ ¨¬ ˜ deserialize_optionÁ ª¬ ˜ deserialize_unitÁ ¬¬ ˜ deserialize_unit_structÁ ®¬ ˜ deserialize_newtype_structÁ °¬ ˜ deserialize_seqÁ ²¬ ˜ deserialize_tupleÁ ´¬ ˜ deserialize_tuple_structÁ ¶¬ ˜ deserialize_mapÁ ¸¬ ˜ deserialize_structÁ º¬ ˜ deserialize_enumÁ ¼¬ ˜ deserialize_identifierÁ ¾¬ ˜ deserialize_ignored_anyÁ À¬ ' SeqAccessÁ ˆ ” ”  firstÁ 'Lj Ç” Ç• ' ËÏ Ëˆ Ë” Ë” Ë next_element_seedÁ Й Ð has_next_elementÁ ÒÏ Òˆ Ò” 'ø Öˆ Ö” Ö” ÖÛ+ '
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Ûˆ Û” Û• ' ßÏ ßˆ ß” ß” ß
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next_key_seedÁ ä KÁ ä has_next_keyÁ æÏ æˆ æ” ß next_value_seedÁ ê¬ '
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VariantAccessÁ ìˆ ì” ì” ' ðˆ ð” ð• '
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ôÏ ôˆ ô” ô” ô VariantÁ ô variant_seedÁ ú¬ 'üÏ üˆ ü” ü” ü unit_variantÁ ü newtype_variant_seedÁ ‚™ ü
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tuple_variantÁ „¬ ü¸ †¬ ' UnitVariantAccessÁ ˆˆ ˆ” ˆ” 'Œˆ Œ” Œ• '�Ï �ˆ �” �” �µ/ �Ä/ –¬ '˜Ï ˜ˆ ˜” ˜” ˜„0 ˜˜0 ž™ ˜¼0 ¬ ˜¸ ¢¬ ' MapKeyÁ ¤ˆ ¤” ¤” ' deserialize_numeric_keyÁ '©Ï ©ˆ ©” 'Ï ˆ ” ” ¥& ²¬ Ä& ´¬ Š( ¶¬ ó( ¸¬ Æ* º¬ Å' ¼¬ æ' ¾¬ ' StreamDeserializerÁ ÀÏ À” À™ À” ÀÐ À failedÁ À outputÁ ÀÄ 'ÉÏ É” É™ É• É byte_offsetÁ É peek_end_of_valueÁ 'ÐÏ Ð” Й н Ð¥ Õ '×Ï ×” ×™ '
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from_traitÁ ÛÏ Û” Û™ 'ò ß” ß™ '‘ ∠♠'÷ åˆ å™ Ã è èèèèèèèèè è
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è è è
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èèè” ù errÁ èý û™ è ýÈ ýä ý classifyÁ ý is_ioÁ ý is_syntaxÁ ý is_dataÁ ý is_eofÁ ý
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io_error_kindÁ è†ï è ErrorImplÁ ˆ codeÁ ˆÈ ˆä èÊ Œ MessageÁ �
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�ì Œ IoÁ �
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�ì Œ EofWhileParsingListÁ “
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Œ EofWhileParsingObjectÁ •
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Œ EofWhileParsingStringÁ —
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Œ EofWhileParsingValueÁ ™
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Œ
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ExpectedColonÁ ›
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Œ ExpectedListCommaOrEndÁ �
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Œ ExpectedObjectCommaOrEndÁ Ÿ
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Œ ExpectedSomeIdentÁ ¡
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Œ ExpectedSomeValueÁ £
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Œ ExpectedDoubleQuoteÁ ¥
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Œ
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InvalidEscapeÁ §
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Œ
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InvalidNumberÁ ©
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Œ NumberOutOfRangeÁ «
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Œ InvalidUnicodeCodePointÁ
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Œ "ControlCharacterWhileParsingStringÁ ¯
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Œ KeyMustBeAStringÁ ±
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Œ ExpectedNumericKeyÁ ³
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Œ FloatKeyMustBeFiniteÁ µ
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Œ LoneLeadingSurrogateInHexEscapeÁ ·
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Œ
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TrailingCommaÁ ¹
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Œ TrailingCharactersÁ »
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Œ UnexpectedEndOfHexEscapeÁ ½
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Œ RecursionLimitExceededÁ ¿
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èÁ syntaxÁ Á ioÁ Á " Ä FÁ èÆÍ èÈ sourceÁ èÊÍ èÌÍ èÎÍ èÐ customÁ Ñ™ д Ð
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invalid_valueÁ è Õÿ@ Ö™ è JsonUnexpectedÁ Ø
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؈ Øì è
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܈ ÜÍ è
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make_errorÁ è parse_line_colÁ è starts_with_digitÁ …
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â âââââââââ â
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â â â
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âââ MapÁ óõ- ó¬ ó…
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âÑ ÷õ- ÷¬ â ú• ú
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with_capacityÁ ú clearÁ ú getÁ þ QÁ ú contains_keyÁ €”D ú get_mutÁ ‚”D ú
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get_key_valueÁ „”D ú insertÁ ú removeÁ ‡”D ú remove_entryÁ ‰”D ú appendÁ ú entryÁ Œ SÁ Œ ú¾ ú is_emptyÁ ú£ ú§ ú keysÁ ú™ ú
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values_mutÁ ú into_valuesÁ ú retainÁ —ª@ ú sort_keysÁ âš> âœÈ œË âŸÕ â⢢ £ HÁ ⥔D ¥Ø ¥ö â©”D ©÷ â¬Í â ® serializeÁ ¯ÈE ¯ â
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²Ï ² deserializeÁ ´ DÁ ´³ ¶
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´ ¸Ï ¸ ValueÁ ¸ expectingÁ ¸
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visit_unitÁ ¼ EÁ ¸ visit_mapÁ ¾¬ â Àò Á™ â à extendÁ Ä™ â delegate_iteratorÁ â
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ÇÏ Ç� Ç into_deserializerÁ âËÏ Ë� ËüI â EntryÁ ψ Ï VacantÁ Ñ
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Ñì Ï OccupiedÁ Ô
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Ôì â VacantEntryÁ ׈ × vacantÁ â
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OccupiedEntryÁ Úˆ Ú occupiedÁ â÷ ݈ ⩠߈ âሠá keyÁ á or_insertÁ á or_insert_withÁ åª@ á
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and_modifyÁ çª@ âéˆ é‚L éíD âíˆ í‚L í‰D í¹D í into_mutÁ ííD íûD í‘E âöˆ ö½ ö IntoIterÁ öŠ âÝ ûˆ âýˆ ý½ ýÕM ýŠ âˆ
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‚ˆ ℽ „ÕM „Š â¶
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âå
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‰ˆ â� ‹ˆ â½ �ˆ âí ” � ��������� �
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� � �
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����
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SerializerÁ ¢ WÁ ¢ª@ ¢ writerÁ ¢ formatterÁ � §ýO §• �ªˆ ªýO ª prettyÁ �®ýO ®ª@ ® with_formatterÁ ®
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into_innerÁ �³ˆ ³ýO ³ª@ ³Ò ³” ³ SerializeSeqÁ ³ SerializeTupleÁ ³ SerializeTupleStructÁ ³ SerializeTupleVariantÁ ³ SerializeMapÁ ³ SerializeStructÁ ³ SerializeStructVariantÁ ³ serialize_boolÁ ³ serialize_i8Á ³
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serialize_i16Á ³
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serialize_i32Á ³
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serialize_i64Á ³ serialize_i128Á ³ serialize_u8Á ³
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serialize_u16Á ³
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serialize_u32Á ³
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serialize_u64Á ³ serialize_u128Á ³
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serialize_f32Á ³
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serialize_f64Á ³ serialize_charÁ Í ³
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serialize_strÁ ³ serialize_bytesÁ ³ serialize_unitÁ ³ serialize_unit_structÁ ³ serialize_unit_variantÁ ³ serialize_newtype_structÁ Ô™ ³ serialize_newtype_variantÁ Ö™ ³ serialize_noneÁ ³ serialize_someÁ Ù™ ³
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serialize_seqÁ ³ serialize_tupleÁ ³ serialize_tuple_structÁ ³ serialize_tuple_variantÁ ³
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serialize_mapÁ ³ serialize_structÁ ³ serialize_struct_variantÁ ³ collect_strÁ â™ â â AdapterÁ å 'serÁ åýO åª@ åŽP åœP åà â ì�Y ìýO ìª@ ìÕ � CompoundÁ ñˆ ñýO ñª@ ñŸC õ” õ� �øˆ øýO øª@ øÒ ø” ø serialize_elementÁ þ™ øÏ ��ˆ �ýO �ª@ �Ò �” �ÕZ ‡™ �Ï �Šˆ ŠýO Šª@ ŠÒ Š” Š serialize_fieldÁ �™ ŠÏ �“ˆ “ýO “ª@ “Ò “” “ð[ ™™ “Ï �œˆ œýO œª@ œÒ œ” œ
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serialize_keyÁ ¢™ œ serialize_valueÁ ¤™ œÏ � §ˆ §ýO §ª@ §Ò §” §ð[ ™ §Ï �
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°ˆ °ýO °ª@ °Ò °” °ð[ ¶™ °Ï � MapKeySerializerÁ ¹ˆ ¹ýO ¹ª@ ¹” � key_must_be_a_stringÁ � float_key_must_be_finiteÁ � Àˆ ÀýO Àª@ ÀÒ À” À¨U À‡V À¥V È™ ÀÏQ ÀãQ ÀùQ À•R À²R ÀÆR ÀÝR ÀûR À‘S À¥S ÀºS ÀÏS ÀäS ÀúS ÀŽT À£T À¸T ÀÍT ÀãT ÀøT À�U Þ À½U ÀÔU ÀêU ÀÍV ã™ ÀöV ÀŒW æ™ ÀªW À¿W ÀÖW ÀôW À“X À¨X ÀÀX ÀàX ï™ �
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CharEscapeÁ ñ QuoteÁ ò
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ñ ReverseSolidusÁ ô
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ñ SolidusÁ ö
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ñ BackspaceÁ ø
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ñ FormFeedÁ ú
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ñ LineFeedÁ ü
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ñ CarriageReturnÁ þ
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ñ TabÁ €
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ñ AsciiControlÁ ‚
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‚ì �œ …
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write_nullÁ †ýO …
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write_boolÁ ˆýO … write_i8Á ŠýO … write_i16Á ŒýO … write_i32Á ŽýO … write_i64Á �ýO …
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write_i128Á ’ýO … write_u8Á ”ýO … write_u16Á –ýO … write_u32Á ˜ýO … write_u64Á šýO …
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write_u128Á œýO … write_f32Á žýO … write_f64Á ýO … write_number_strÁ ¢ýO … begin_stringÁ ¤ýO …
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end_stringÁ ¦ýO … write_string_fragmentÁ ¨ýO … write_char_escapeÁ ªýO ª ª
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HEX_DIGITSÁ … write_byte_arrayÁ ¯ýO … begin_arrayÁ ±ýO … end_arrayÁ ³ýO … begin_array_valueÁ µýO … end_array_valueÁ ·ýO … begin_objectÁ ¹ýO …
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end_objectÁ »ýO … begin_object_keyÁ ½ýO … end_object_keyÁ ¿ýO … begin_object_valueÁ ÁýO … end_object_valueÁ ÃýO … write_raw_fragmentÁ ÅýO � �
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Ȉ È• È with_indentÁ �̈ Ì> �ψ Ïìh ÑýO χi ÓýO Ï i ÕýO ÏÁi ×ýO Ïài ÙýO Ïüi ÛýO Ï–j ÝýO ÏÔj ßýO Ïöj áýO � format_escaped_strÁ ãýO ãª@ � format_escaped_str_contentsÁ æýO æª@ � BBÁ � TTÁ � NNÁ � FFÁ � RRÁ � QUÁ � BSÁ � UUÁ � __Á � ESCAPEÁ ò � to_writerÁ ôýO ô™ � to_writer_prettyÁ ÷ýO ÷™ �ñ ú™ �
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to_vec_prettyÁ ü™ �ï þ™ � to_string_prettyÁ €™ � indentÁ ‚ýO ˜ „ „„„„„„„„„ „
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„ „ „
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„„„ •Í „—Í ˜ WriterFormatterÁ ™ˆ ™ 'bÁ ™ innerÁ ˜ �ˆ �¬q � writeÁ � flushÁ ˜ io_errorÁ ˜ ˜ „ parse_indexÁ „¦‰D § IÁ ¦¹D ©¬r ¦ is_objectÁ ¦ as_objectÁ ¦
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as_object_mutÁ ¦ is_arrayÁ ¦ as_arrayÁ ¦ as_array_mutÁ ¦ is_stringÁ ¦‡ ¦ is_numberÁ ¦ as_numberÁ ¦ is_i64Á ¦ is_u64Á ¦ is_f64Á ¦ as_i64Á ¦ as_u64Á ¦ as_f64Á ¦
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is_booleanÁ ¦ as_boolÁ ¦ is_nullÁ ¦ as_nullÁ ¦Ã ¿ ¿ Á ¦ pointer_mutÁ à à Š¦ takeÁ ¦ sort_all_objectsÁ „É> „Ë> Ì DEFAULTÁ „” Î ÎÎÎÎÎÎÎÎÎ Î
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Î Î Î
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ÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎ Î Î íÏ í–H ï©H ï ValueVisitorÁ ñ
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ï óÏ óÌH óÙH ó
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visit_boolÁ ÷üH ó visit_i64Á ùüH ó
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visit_i128Á ûüH ó visit_u64Á ýüH ó
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visit_u128Á ÿüH ó visit_f64Á � üH ó visit_strÁ ƒ üH ó visit_stringÁ … üH ó
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visit_noneÁ ‡ üH ó
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visit_someÁ ‰ ©H óêH ‹ üH ó visit_seqÁ � ¬ ó…I � ¬ Α “ ‘ ÷ Δ “ ” ÷ Î�! Î visit_arrayÁ ˜ Ï ˜ ¬ Λ Ï › ” › ¥& ž ¬ › Æ* ¬ › Œ+ ¢ ¬ Τ Ï ¤ ” ¤ ¥& § ¬ ¤ Š( © ¬ ¤ Æ* « ¬ ¤ ó( ¬ ¤ Ä& ¯ ¬ ¤ ä& ± ¬ ¤ „' ³ ¬ ¤ £' µ ¬ ¤ Å' · ¬ ¤ æ' ¹ ¬ ¤ ¬( » ¬ ¤ Ì( ½ ¬ ¤ �) ¿ ¬ ¤ ¼) Á ¬ ¤ Ý) à ¬ ¤ …* Å ¬ ¤ ¤* Ç ¬ ¤ æ* É ¬ ¤ Œ+ Ë ¬ Î EnumDeserializerÁ Í variantÁ Í ˜ ÎÐ Ï Ð ” Ð µ/ Ð Ä/ Ô ¬ Ô Î× Ï × � × üI ÎÛ Ï Û � Û üI Î VariantDeserializerÁ ß ˜ Îá Ï á ” á „0 á ˜0 å ™ á ¼0 ç ¬ á ¸ é ¬ Î SeqDeserializerÁ ë £ Î í • Î
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ï Ï ï ” ï ¨, ò ™ ï size_hintÁ Î MapDeserializerÁ õ £ õ ˜ Î ø • Î ú Ï ú ” ú à- ý ™ ú ª. ÿ ™ ú é€ Î deserialize_value_ref_numberÁ Î visit_array_refÁ ƒ
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unexpectedÁ Î BorrowedCowStrDeserializerÁ “ Ï “ ˜ Ζ Ï – • Ι Ï ™ ” ™ ¥& œ ¬ ™ Æ* ž ¬ Î Ï ” µ/ Ä/ ¤ ™ Î UnitOnlyÁ ¦
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Î ¨ Ï ¨ ” ¨ „0 ¨ ˜0 ¬ ™ ¨ ¼0 ® ¬ ¨ ¸ ° ¬ „ï ² ² ² ² ² ² ² ² ² from_integerÁ ² ¼ ï ² ¾ ï ² À ï ² Â ï ² Ä ï ² Æ ˆ Æ ï ² É ï ² Ë ï ² Í ™ Í ï ² Ð ™ Ð Í Ð Ð ï Ô ²
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Ö ™ Ö ï ² Ù ™ Ù ò Û ¬r ² Ý õ- Ý ¬ Ý ò à ¬r à ²
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ã ï ² å ™ å ï „ö è è è è è è è è è IndexÁ ñ
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index_intoÁ ò 'vÁ ñ index_into_mutÁ ô º‘ ñ index_or_insertÁ ö º‘ è ø ¨‘ ù º‘ ø Ä‘ û º‘ ø ã‘ ý º‘ ý è € ¨‘ � º‘ € Ä‘ ƒ º‘ € ã‘ … º‘ è ‡ ¨‘ ˆ º‘ ‡ Ä‘ Š º‘ ‡ ã‘ Œ º‘ è Ž ™ Ž ¨‘ � º‘ Ž Ä‘ ’ º‘ Ž ã‘ ” º‘ è privateÁ – SealedÁ – – – – › ™ è TypeÁ �
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� ˆ � ì è ¡ ˆ ¡ Í è ¤ ¬r ¤ Ø ¤ ö § NULLÁ è © ¬r © ÷ „
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partial_eqÁ ¬ ¬ ¬ eq_i64Á ¬ eq_u64Á ¬ eq_f32Á ¬ eq_f64Á ¬ eq_boolÁ ¬ eq_strÁ ¬ µ Õ ¬ · Õ ¬ ¹ Õ ¬ » Õ ¬ ½ Õ ¬ ¿ Õ ¬ partialeq_numericÁ „” Â Â Â Â Â Â Â Â Â Â Â
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£ € € LineColIteratorÁ ‚¬r ‚£ ‚È ‚ colÁ ‚
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start_of_lineÁ € ˆ¬r ˆ• ˆÈ ˆÖ¢ ˆÉ5 €Ž¬r Ž½ Ž¥ numberÁ ’ ’’’’’’’’’ ’
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’’’’’’ ¦Õ ’’©¢ ªžG ’¬ës ¬ùs ¬‡t ¬•t ¬£t ¬±t ¬ from_f64Á ¬ as_i128Á ¬ as_u128Á ¬ from_i128Á ¬ from_u128Á ¬ as_f32Á ¬ from_f32Á ’ºÍ ’¼Í ’¾ëG ¿ÈE ’ÁÏ Á–H éH Ã
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NumberVisitorÁ Å
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à ÇÏ ÇÌH ÇÙH Ç�x ËüH Ǧx ÍüH Í ÇÀx ÐüH ÇÙx ÒüH Ò Çóx ÕüH Õ ’¥& ’�! ’ÚÏ Ú” ’ ÝÏ Ý” ’
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àï ’ impl_from_unsignedÁ ’ impl_from_signedÁ ’ äà‹ œ æ æææææææææ æ
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æ ReadÁ òÏ ò¥ òî ò discardÁ òÆ ò
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peek_positionÁ òÉ5 ò parse_strÁ ú 'sÁ ò
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parse_str_rawÁ ü‡ª ò
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ignore_strÁ ò decode_hex_escapeÁ ò should_early_return_if_failedÁ ò
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set_failedÁ æ PositionÁ ‚È ‚ä æ ReferenceÁ …¬q … 'cÁ …™ … BorrowedÁ ‰
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‰ì … CopiedÁ Œ
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Œì æ �¬q �Ê« �™ �š �‚ æµ •” •£ • chÁ æ SliceReadÁ ™ˆ ™î ™ö æ StrReadÁ �ˆ � delegateÁ æü“ ‹” 梔 ¢• 楔 槔 § parse_str_bytesÁ ©‡ª ©™ ©ª@ æÏ ” ¥ î © Æ Ù© É5 ö© ¶‡ª ‘ª ¸‡ª ¸ ¯ª Áª Úª ÿª 濈 ¿• ¿ position_of_indexÁ ¿ skip_to_escapeÁ à ChunkÁ à STEPÁ à ONE_BYTESÁ ¿ skip_to_escape_slowÁ ¿õ ȇª È™ Ȫ@ È 'fÁ æ͈ æψ Ï¥ Ïî Ï© ÏÆ ÏÙ© ÏÉ5 Ïö© ׇª Ï‘ª Ù‡ª ٠ϯª ÏÁª ÏÚª Ïÿª æàˆ à• æ ㈠æ
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åˆ å¥ åî å© åÆ åÙ© åÉ5 åö© 퇪 í 呪 ð‡ª å¯ª åÁª åÚª åÿª æ öÏ ö” æ ùÏ ù” ù¥ ùî ù© ùÆ ùÙ© ùÉ5 ùö© ‚‡ª ù‘ª „‡ª ù¯ª ùÁª ùÚª ùÿª æ FusedÁ æ
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‹ˆ æ�ˆ æ is_escapeÁ æ next_or_eofÁ �Ï �” æ peek_or_eofÁ “Ï “” æà –Ï –” –™ æ‡ šÏ š‡ª š” š æ parse_escapeÁ ŸÏ Ÿ” æ parse_unicode_escapeÁ ¢Ï ¢” æ push_wtf8_codepointÁ æ
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ignore_escapeÁ ¦Ï ¦” æ decode_hex_val_slowÁ æ build_hex_tableÁ ª ª æ HEX0Á æ HEX1Á ¯ æ decode_four_hex_digitsÁ ˜ deserialize_i8Á ²¬ ˜ deserialize_i16Á ´¬ ˜ deserialize_i32Á ¶¬ ˜ deserialize_i64Á ¸¬ ˜ deserialize_u8Á º¬ ˜ deserialize_u16Á ¼¬ ˜ deserialize_u32Á ¾¬ ˜ deserialize_u64Á À¬ ˜ deserialize_f32Á ¬ ˜ deserialize_f64Á Ĭ ˜ deserialize_i128Á Ƭ ˜ deserialize_u128Á Ȭ ©�! ʬ ©¸ ̬ Ǹ ά æ¸ Ð¬ …¹ Ò¬ ݺ Ô¬ ¤¹ Ö¬ ¹ ج á¹ Ú¬ €º ܬ ýº Þ¬ Ÿº ଠ¾º ⬠ä& ä¬ „' æ¬ £' è¬ ¬( ê¬ Ì( ì¬ �) î¬ ¼) ð¬ Ý) ò¬ …* ô¬ ¤* ö¬ æ* ø¬ Œ+ ú¬ è CategoryÁ üý9 ý
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ü SyntaxÁ ÿ
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‡È èèŠÕ 茘 èŽÍ â IterÁ �ˆ �£ Ⓢ “È â–ˆ –Í â™ˆ ™½ ™¥ ™é€ ➈ ž next_backÁ ⡈ ¡¾ ⤈ â IterMutÁ ¦ˆ ¦£ ⩈ ©Í â ¬ˆ ¬½ ¬¥ ¬é€ â ±ˆ ±ÆÀ â ´ˆ ´¾ â ·ˆ âÕM ¹£ â »Í â!½½ ½¥ ½é€ â"ÁÆÀ â#þ â$â KeysÁ ƈ Æ£ â%Ɉ ÉÈ â&̈ ÌÍ â'ψ Ͻ Ï¥ Ïé€ â(Ôˆ ÔÆÀ â)׈ ×¾ â*Úˆ â ValuesÁ ܈ Ü£ â+߈ ßÈ â,∠âÍ â-åˆ å½ å¥ åé€ â.êˆ êÆÀ â/íˆ í¾ â0ðˆ â ValuesMutÁ òˆ ò£ â1õˆ õÍ â2øˆ ø½ ø¥ øé€ â3ýˆ ýÆÀ â4€ˆ €¾ â5ƒˆ â
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IntoValuesÁ …£ â6‡Í â7‰½ ‰¥ ‰é€ â8�ÆÀ â9�¾ â:� StateÁ ’ EmptyÁ “
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’ FirstÁ •
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�™˜ ��œÕ � CompactFormatterÁ ž
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� È �¢Í �¤> � PrettyFormatterÁ ¦ˆ ¦ current_indentÁ ¦ has_valueÁ ¦†p �«ˆ «È �®ˆ ®Í „ÌH ± NullÁ ²
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± BoolÁ ´
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´ì ± NumberÁ ·
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# Serde JSONÁ Ë üN K JSON is a ubiquitous open-standard format that uses human-readable text toÁ üd8 5 transmit data objects consisting of key-value pairs.Á �Ë \¡ ```jsonÁ , {Á ܳ "name": "John Doe",Á ”Ï "age": 43,Á ¤â "address": {Á ü÷* ' "street": "10 Downing Street",Á ä¢ "city": "London"Á T¿ },Á œÊ "phones": [Á ÔÞ "+44 1234567",Á Ìù "+44 2345678"Á L“ ]Á ,� }Á <£ ```Á «Ë ü¯L I There are three common ways that you might find yourself needing to workÁ Üü with JSON data in Rust.Á ˜Ë üœO L - **As text data.** An unprocessed string of JSON data that you receive onÁ üìI F an HTTP endpoint, read from a file, or prepare to send to a remoteÁ t¶ server.Á üÅK H - **As an untyped or loosely typed representation.** Maybe you want toÁ ü‘K H check that some JSON data is valid before passing it on, but withoutÁ üÝN K knowing the structure of what it contains. Or you want to do very basicÁ ü¬< 9 manipulations like insert a key in a particular spot.Á üéO L - **As a strongly typed Rust data structure.** When you expect all or mostÁ ü¹M J of your data to conform to a particular structure and want to get realÁ ü‡ E B work done without JSON's loosey-goosey nature tripping you up.Á Í Ë üÑ I F Serde JSON provides efficient, flexible, safe ways of converting dataÁ ü›
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J G Any valid JSON data can be manipulated in the following recursive enumÁ üÀ H E representation. This data structure is [`serde_json::Value`][value].Á ‰ Ë <� Ú‘ ü• $ ! # use serde_json::{Number, Map};Á ,º #Á ÌÀ # #[allow(dead_code)]Á „Ú
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Í‘ <‚Ú‘ ŠË üŽI F A string of JSON data can be parsed into a `serde_json::Value` by theÁ üØM J [`serde_json::from_str`][from_str] function. There is also [`from_slice`]Á ü¦N K for parsing from a byte slice `&[u8]` and [`from_reader`] for parsing fromÁ üõ/ , any `io::Read` like a File or a TCP stream.Á ¥Ë <©Ú‘ ü±$ ! use serde_json::{Result, Value};Á ÖË üÚ( % fn untyped_example() -> Result<()> {Á üƒJ G // Some JSON input data as a &str. Maybe this comes from the user.Á ´Î let data = r#"Á lå
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{Á üó# "name": "John Doe",Á Ô— "age": 43,Á ܲ "phones": [Á üÎ" "+44 1234567",Á üñ! "+44 2345678"Á Œ“ ]Á „¥
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}"#;Á ¶Ë üº; 8 // Parse the string of data into serde_json::Value.Á üö3 0 let v: Value = serde_json::from_str(data)?;Á ªË ü®E B // Access parts of the data by indexing with square brackets.Á üôO L println!("Please call {} at the number {}", v["name"], v["phones"][0]);Á ÄË tÈ Ok(())Á ,×Í‘ ,Ý´œ Œã # fn main() {Á üõ% " # untyped_example().unwrap();Á <› # }Á <£Ú‘ «Ë ü¯M J The result of square bracket indexing like `v["name"]` is a borrow of theÁ üýO L data at that index, so the type is `&Value`. A JSON map can be indexed withÁ üÍL I string keys, while a JSON array can be indexed with integer keys. If theÁ üšN K type of the data is not right for the type with which it is being indexed,Á üéN K or if a map does not contain the key being indexed, or if the index into aÁ ü¸C @ vector is out of bounds, the returned element is `Value::Null`.Á üË ü€M J When a `Value` is printed, it is printed as a JSON string. So in the codeÁ üÎK H above, the output looks like `Please call "John Doe" at the number "+44Á üšK H 1234567"`. The quotation marks appear because `v["name"]` is a `&Value`Á üæI F containing a JSON string and its JSON representation is `"John Doe"`.Á ü° O L Printing as a plain string without quotation marks involves converting fromÁ ü€ K H a JSON string to a Rust string with [`as_str()`] or avoiding the use ofÁ üÌ 2 / `Value` as described in the following section.Á ÿ Ë üƒ & # [`as_str()`]: crate::Value::as_strÁ ª Ë ü® L I The `Value` representation is sufficient for very basic tasks but can beÁ üû I F tedious to work with for anything more significant. Error handling isÁ üÅ L I verbose to implement correctly, for example imagine trying to detect theÁ ü’ P M presence of unrecognized fields in the input data. The compiler is powerlessÁ üã P M to help you when you make a mistake, for example imagine typoing `v["name"]`Á ü´!J G as `v["nmae"]` in one of the dozens of places it is used in your code.Á ÿ!Ë üƒ"4 1 # Parsing JSON as strongly typed data structuresÁ ¸"Ë ü¼"P M Serde provides a powerful way of mapping JSON data into Rust data structuresÁ Ô�# largely automatically.Á ¨#Ë <¬#Ú‘ ü´#( % use serde::{Deserialize, Serialize};Á ÜÝ# use serde_json::Result;Á ù#Ë üý#% " #[derive(Serialize, Deserialize)]Á œ£$ struct Person {Á ¬·$ name: String,Á „Í$
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age: u8,Á äÞ$ phones: Vec<String>,Á ,û$Í‘ �%Ë ü…%& # fn typed_example() -> Result<()> {Á ü¬%J‘¢ ´÷%㢠lŽ&�£ üœ&#—£ ÔÀ&£ ÜÛ&ä£ ü÷&"ˆ¤ üš'!³¤ Œ¼'ܤ „Î'õ¤ ß'Ë üã'M J // Parse the string of data into a Person object. This is exactly theÁ ü±(N K // same function as the one that produced serde_json::Value above, butÁ ü€)7 4 // now we are asking it for a Person as output.Á ü¸)4 1 let p: Person = serde_json::from_str(data)?;Á í)Ë üñ)B ? // Do things just like with any other Rust data structure.Á ü´*I F println!("Please call {} at the number {}", p.name, p.phones[0]);Á þ*Ë t‚+Ô§ ,‘+Í‘ ,—+´œ Œ�+‚¨ ü¯+# # typed_example().unwrap();Á <Ó+ɨ <Û+Ú‘ ã+Ë üç+P M This is the same `serde_json::from_str` function as before, but this time weÁ ü¸,H E assign the return value to a variable of type `Person` so Serde willÁ ü�-P M automatically interpret the input data as a `Person` and produce informativeÁ üÒ-P M error messages if the layout does not conform to what a `Person` is expectedÁ Œ£. to look like.Á µ.Ë ü¹.
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]Á \Å7 });Á Ñ7Ë üÕ7> ; println!("first phone number: {}", john["phones"][0]);Á ”8Ë ü˜87 4 // Convert to a string of JSON and print it outÁ üÐ8) & println!("{}", john.to_string());Á ,ú8Í‘ <€9Ú‘ ˆ9Ë üŒ9K H The `Value::to_string()` function converts a `serde_json::Value` into aÁ ÔØ9 `String` of JSON text.Á ó9Ë ü÷9P M One neat thing about the `json!` macro is that variables and expressions canÁ üÈ:N K be interpolated directly into the JSON value as you are building it. SerdeÁ ü—;N K will check at compile time that the value you are interpolating is able toÁ Üæ; be represented as JSON.Á ‚<Ë <†<Ú‘ ÜŽ< # use serde_json::json;Á ,ª<´œ ü°<$ ! # fn random_phone() -> u16 { 0 }Á ,Õ<´œ üÛ< let full_name = "John Doe";Á Üû< let age_last_year = 42;Á —=Ë ü›=0 - // The type of `john` is `serde_json::Value`Á ´Ì= let john = json!({Á Ôã= "name": full_name,Á üþ=! "age": age_last_year + 1,Á œ >Þ� ü´>- * format!("+44 {}", random_phone())Á Lâ>¼‘ <ì> });Á <ô>Ú‘ ü>Ë ü€?L I This is amazingly convenient, but we have the problem we had before withÁ üÍ?O L `Value`: the IDE and Rust compiler cannot help us if we get it wrong. SerdeÁ ü�@L I JSON provides a better way of serializing strongly-typed data structuresÁ œê@ into JSON text.Á þ@Ë ü‚A2 / # Creating JSON by serializing data structuresÁ µAË ü¹A9 6 A data structure can be converted to a JSON string byÁ üóA7 4 [`serde_json::to_string`][to_string]. There is alsoÁ ü«BF C [`serde_json::to_vec`][to_vec] which serializes to a `Vec<u8>` andÁ üòBL I [`serde_json::to_writer`][to_writer] which serializes to any `io::Write`Á ü¿C# such as a File or a TCP stream.Á ãCË <çCÚ‘ üïC(Ú· ܘDŠ¸ ´DË ü¸D%¹¸ ¤ÞD struct Address {Á ¼óD street: String,Á ¬‹E city: String,Á ,¡EÍ‘ §EË ü«E) & fn print_an_address() -> Result<()> {Á üÕE // Some data structure.Á üõE let address = Address {Á ü•F3 0 street: "10 Downing Street".to_owned(),Á üÉF& # city: "London".to_owned(),Á TðF };Á ûFË üÿF) & // Serialize it to a JSON string.Á ü©G1 . let j = serde_json::to_string(&address)?;Á ÛGË üßG= : // Print, write to a file, or send to an HTTP server.Á Ô�H println!("{}", j);Á ¸HË t¼HÔ§ ,ËHÍ‘ ,ÑH´œ Œ×H‚¨ üéH& # # print_an_address().unwrap();Á <�Iɨ <˜IÚ‘ IË ü¤IM J Any type that implements Serde's `Serialize` trait can be serialized thisÁ üòIM J way. This includes built-in Rust standard library types like `Vec<T>` andÁ üÀJC @ `HashMap<K, V>`, as well as any structs or enums annotated withÁ Ü„K `#[derive(Serialize)]`.Á KË ¤¤K # No-std supportÁ ¹KË ü½KL I As long as there is a memory allocator, it is possible to use serde_jsonÁ üŠLL I without the rest of the Rust standard library. Disable the default "std"Á ü×L+ ( feature and enable the "alloc" feature:Á ƒMË \‡M ```tomlÁ ”“M [dependencies]Á ü¦MT Q serde_json = { version = "1.0", default-features = false, features = ["alloc"] }Á <ûMÚ‘ ƒNË ü‡NH E For JSON support in Serde without a memory allocator, please see theÁ ôÐN [`serde-json-core`] crate.Á ïNË üóN [value]: crate::value::ValueÁ ü”O# [from_str]: crate::de::from_strÁ ü¸O' $ [from_slice]: crate::de::from_sliceÁ üàO) & [from_reader]: crate::de::from_readerÁ üŠP& # [to_string]: crate::ser::to_stringÁ ü±P [to_vec]: crate::ser::to_vecÁ üÒP& # [to_writer]: crate::ser::to_writerÁ ÄùP [macro]: crate::jsonÁ ü’QS P [`serde-json-core`]: https://github.com/rust-embedded-community/serde-json-coreÁ¡ êQ íQ ¢R 8¹ lîQ üQ 7 "https://docs.rs/serde_json/1.0.149Á üþQ$
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ü 8 5 Construct a `serde_json::Value` from a JSON literal.Á 9 Ë <= Ú‘ ÜE «Ó ,a ´œ ¼g let value = json!({Á ¤ "code": 200,Á Ä” "success": true,Á ¤ "payload": {Á Ì "features": [Á ÄÜ "serde",Á ´õ "json"Á tŒ ],Á ä› "homepage": nullÁ L¸ }Á < ÚÖ <Ê Ú‘ Ò Ë üÖP M Variables or expressions can be interpolated into the JSON literal. Any typeÁ ü§M J interpolated into an array element or object value must implement Serde'sÁ üõJ G `Serialize` trait, while any type interpolated into an object key mustÁ üÀF C implement `Into<String>`. If the `Serialize` implementation of theÁ ü‡M J interpolated type decides to fail, or if the interpolated type contains aÁ üÕ; 8 map with non-string keys, the `json!` macro will panic.Á ‘ Ë <• Ú‘ Ü� «Ó ,¹ ´œ œ¿ let code = 200;Á üÓ) & let features = vec!["serde", "json"];Á ý Ë ¼� ™ø ¬™ "code": code,Á ü¯ "success": code == 200,Á ¤Ï óø üä$ ! features[0]: features[1]Á L‰ ¨ú <“ ÚÖ <› Ú‘ £ Ë ü§? < Trailing commas are allowed inside both arrays and objects.Á ç Ë <ë Ú‘ Üó «Ó ,� ´œ ¼• let value = json!([Á Œ "notice",Á t¿ "the",Á œÎ "trailing",Á ¤â "comma -->",Á <÷ ]);Á <ÿ Ú‘ &|‡
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¤ Ï 8׋œ³$Ù” ‰¢<ß” 8: ü–®d üÝ•I F Parses a JSON string as bytes. Note that this function does not checkÁ ü«–5 2 whether the bytes represent a valid UTF-8 string.Á å– Ë üí–F C The relevant part of the JSON specification is Section 8.2 of [RFCÁ T¸— 7159]:Á Ç— Ë üÏ—K H > When all the strings represented in a JSON text are composed entirelyÁ üŸ˜E B > of Unicode characters (however escaped), then that JSON text isÁ üé˜G D > interoperable in the sense that all software implementations thatÁ üµ™J G > parse it will agree on the contents of names and of string values inÁ Ì„š > objects and arrays.Á ,¢š >Á ü¬šL I > However, the ABNF in this specification allows member names and stringÁ üýšL I > values to contain bit sequences that cannot encode Unicode characters;Á üΛK H > for example, "\uDEAD" (a single unpaired UTF-16 surrogate). InstancesÁ üžœI F > of this have been observed, for example, when a library truncates aÁ üìœC @ > UTF-16 string without checking whether the truncation split aÁ ü´�H E > surrogate pair. The behavior of software that receives JSON textsÁ ü�žK H > containing such values is unpredictable; for example, implementationsÁ üÑžL I > might return different values for the length of a string value or evenÁ ü¢Ÿ& # > suffer fatal runtime exceptions.Á ÍŸ Ë üÕŸ3 0 [RFC 7159]: https://tools.ietf.org/html/rfc7159Á � Ë ü• H E The behavior of serde_json is specified to fail on non-UTF-8 stringsÁ üâ G D when deserializing into Rust UTF-8 string types such as String, andÁ ü®¡K H succeed with the bytes representing the [WTF-8] encoding of code pointsÁ üþ¡) & when deserializing using this method.Á ¬¢ Ë ü´¢/ , [WTF-8]: https://simonsapin.github.io/wtf-8Á è¢ Ë üð¢K H Escape sequences are processed as usual, and for `\uXXXX` escapes it isÁ üÀ£J G still checked if the hex number represents a valid Unicode code point.Á �¤ Ë t—¤ # ExamplesÁ ª¤ Ë ü²¤J G You can use this to parse JSON strings containing invalid UTF-8 bytes,Á Ü�¥ or unpaired surrogates.Á ¡¥ Ë <©¥ Ú‘ ìµ¥ use serde_bytes::ByteBuf;Á ×¥ Ë üߥ9 6 fn look_at_bytes() -> Result<(), serde_json::Error> {Á ü�¦8 5 let json_data = b"\"some bytes: \xe5\x00\xe5\"";Á üÚ¦@ = let bytes: ByteBuf = serde_json::from_slice(json_data)?;Á Ÿ§ Ë ü§§' $ assert_eq!(b'\xe5', bytes[12]);Á üÓ§% " assert_eq!(b'\0', bytes[13]);Á üý§' $ assert_eq!(b'\xe5', bytes[14]);Á ©¨ Ë t±¨
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º Ï 8׋œ³$ìÖ ýœ,úÖ _fieldsÁ<—× ‰¢<Á× RT üÎâ» ü¼áY V Parses an enum as an object like `{"$KEY":$VALUE}`, where $VALUE is either a straightÁ üšâ! value, a `[..]`, or a `{..}`.Á„Ñâ Õ‹ à ¾¥œ³É÷ ˜¬ ½ ½ ƒã ˜ ¯´ ââ Õø„øã
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¾ Ï ˆ ׋œ³$¡Ä ‰¢<§Ä 9; üÀÌ( ü‹ÇB ? Iterator that deserializes a stream into multiple JSON values.Á ÎÇ Ë üÒÇM J A stream deserializer can be created from any JSON deserializer using theÁ ü È% " `Deserializer::into_iter` method.Á ÆÈ Ë üÊÈ[ X The data can consist of any JSON value. Values need to be a self-delineating value e.g.Á ü¦ÉZ W arrays, objects, or strings, or be followed by whitespace or a self-delineating value.Á �Ê Ë <…Ê Ú‘ ü�Ê* ' use serde_json::{Deserializer, Value};Á ¸Ê Ë |¼Ê ©Ë üÌÊA > let data = "{\"k\": 3}1\"cool\"\"stuff\" 3{} [0, 1, 2]";Á ŽË Ë ü’ËG D let stream = Deserializer::from_str(data).into_iter::<Value>();Á ÚË Ë ìÞË for value in stream {Á üüË+ ( println!("{}", value.unwrap());Á L¨Ì ¨ú ,²Ì Í‘ <¸Ì Ú‘ ”ËÌ Ï Á ”  ™ à à Á  Ћ ãÌ î© æÌ òŽ Z¥‰³W2Éë ÄÅÆÇÈ ÞÌ 68 :< œïÌ ïÌ ' À À ö‹lˆÍ 4ˆÍ ' À À d›Í 4›Í ' À À ´Í 4Í ' À À ‰ ‰ Š ›„ Ñ{ ·Ë…YÚÖ�ôÉÍ DÉÍ ' À À ‰ ‰ Š ›„ Ñ{ ·Ë…YÚ Ï üìÍh Ï Ê ” Ë ™ Ì Ë Ì Ê Ð‹ öÍ î© ùÍ á‹|§Î ÿ©¤¿Î òŽÍÎÏ ñÍ 46 8: Ü¾Ñ üÛÎI F Create a JSON stream deserializer from one of the possible serde_jsonÁ ”©Ï input sources.Á ÀÏ Ë üÈÏH ÉŽ •Ð Ë ü�Ð/ , - Deserializer::from_str(...).into_iter()Á üÑÐ1 . - Deserializer::from_slice(...).into_iter()Á ü‡Ñ2 / - Deserializer::from_reader(...).into_iter()Á ÅÑ Ð�òŽ É É
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Í Ï Ð�Ö�œ $ÉÑ üÅÝ" üÓÓJ G Returns the number of bytes so far deserialized into a successful `T`.Á ¢Ô Ë üªÔL I If a stream deserializer returns an EOF error, new data can be joined toÁ üûÔ4 1 `old_data[stream.byte_offset()..]` to try again.Á ´Õ Ë <¼Õ Ú‘ äÈÕ let data = b"[0] [1] [";Á éÕ Ë üñÕ8 5 let de = serde_json::Deserializer::from_slice(data);Á ü®Ö0 - let mut stream = de.into_iter::<Vec<i32>>();Á üãÖ( % assert_eq!(0, stream.byte_offset());Á �× Ë ü˜×+ ( println!("{:?}", stream.next()); // [0]Á üÈ×( % assert_eq!(3, stream.byte_offset());Á õ× Ë üý×+ ( println!("{:?}", stream.next()); // [1]Á üØ( % assert_eq!(7, stream.byte_offset());Á ÚØ Ë üâØ- * println!("{:?}", stream.next()); // errorÁ ü”Ù( % assert_eq!(8, stream.byte_offset());Á ÁÙ Ë üÉÙM J // If err.is_eof(), can join the remaining data to new data and continue.Á ü›Ú2 / let remaining = &data[stream.byte_offset()..];Á <ÒÚ Ú‘ ÞÚ Ë üæÚL I *Note:* In the future this method may be changed to return the number ofÁ ü·ÛJ G bytes so far deserialized into a successful T *or* syntactically validÁ ü†ÜH E JSON skipped over due to a type error. See [serde-rs/json#70] for anÁ ôÓÜ example illustrating this.Á öÜ Ë üþÜB ? [serde-rs/json#70]: https://github.com/serde-rs/json/issues/70Á\ÌÝ É ÉòŽ É ØÝ É
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Î Ï Ð�Ö�$ÙÝ ü‰Þ- ŒŒÞ ' Ê ÊòŽá§ É žÞ É
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Ï Ï Ð�Ö�$£Þ ü„âo Ï Ñ ” Ò ™ Ó Ò Ñ Ó Ð‹ Žâ î© ‘â á‹LÌâ ÿ©¤Þâ òŽÔÕ ßK àK Õ ‰â =? AC Lúâ $ÿâ Ð Ð ê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘Ö�Á‘ü–ã' $™ã Ë ËòŽø°ú°û°Ð ü° ý°�þ°ì
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# ExampleÁ èü Ë üìü# Reading the contents of a file.Á �ý Ë <”ý Ú‘ Üœý use serde::Deserialize;Á ¸ý Ë Ô¼ý use std::error::Error;Á ´×ý use std::fs::File;Á Üîý use std::io::BufReader;Á ÄŠþ use std::path::Path;Á £þ Ë ü§þ! #[derive(Deserialize, Debug)]Á ŒÉþ struct User {Á äÛþ fingerprint: String,Á Ìøþ location: String,Á ,’ÿ Í‘ ˜ÿ Ë üœÿU R fn read_user_from_file<P: AsRef<Path>>(path: P) -> Result<User, Box<dyn Error>> {Á üòÿ7 4 // Open the file in read-only mode with buffer.Á üª€% " let file = File::open(path)?;Á üЀ* ' let reader = BufReader::new(file);Á û€ Ë üÿ€G D // Read the JSON contents of the file as an instance of `User`.Á üÇ�1 . let u = serde_json::from_reader(reader)?;Á ù� Ë ìý� // Return the `User`.Á l›‚
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Ok(u)Á ,©‚ Í‘ ¯‚ Ë |³‚ ©Ë < ɨ ´Ë‚ # fn fake_main() {Á üâ‚: 7 let u = read_user_from_file("test.json").unwrap();Á ì�ƒ println!("{:#?}", u);Á ,»ƒ Í‘ <Áƒ Ú‘ Ƀ Ë ü̓0 - Reading from a persistent socket connection.Á þƒ Ë <‚„ Ú‘ ÜŠ„ å¡ ¦„ Ë Ôª„ •¢ ÜÅ„ ×¢ üá„+ ( use std::net::{TcpListener, TcpStream};Á �… Ë ü‘…! ©£ Œ³… Ó£ äÅ… í£ Ìâ… ’¤ ,ü… Í‘ ‚† Ë ü††a ^ fn read_user_from_stream(stream: &mut BufReader<TcpStream>) -> Result<User, Box<dyn Error>> {Á üè†C @ let mut de = serde_json::Deserializer::from_reader(stream);Á ü¬‡, ) let u = User::deserialize(&mut de)?;Á Ù‡ Ë l݇ š¨ ,ë‡ Í‘ ñ‡ Ë |õ‡ ©Ë <…ˆ ɨ ´�ˆ 㨠ü¤ˆD A let listener = TcpListener::bind("127.0.0.1:4000").unwrap();Á éˆ Ë üíˆ/ , for tcp_stream in listener.incoming() {Á ü�‰C @ let mut buffered = BufReader::new(tcp_stream.unwrap());Á üá‰D A println!("{:#?}", read_user_from_stream(&mut buffered));Á L¦Š ¨ú ,°Š Í‘ <¶Š Ú‘ ¾Š Ë dŠ # ErrorsÁ ÏŠ Ë üÓŠM J This conversion can fail if the structure of the input does not match theÁ ü¡‹P M structure expected by `T`, for example if `T` is a struct type but the inputÁ üò‹O L contains something other than a JSON map. It can also fail if the structureÁ üÂŒO L is correct but `T`'s implementation of `Deserialize` decides that somethingÁ ü’�O L is wrong with the data, for example required struct fields are missing fromÁ üâ�K H the JSON map or some number is too big to fit in the expected primitiveÁ L®Ž type.Á» ºŽ ½Ž ÍŽ 8¶ <¾Ž ÆŽ 7“ ,ÈŽ ¼¸Ž \†� Æê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘ϳÁ‘ ” à ™ á á à ‰ ’� ©âϳ •� æ’|º� Þ;ϳ ¤Ò�
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â ˆ ϳ vÁ Ö˜ Ϙ <> üç¡Q ü¿™C @ Deserialize an instance of type `T` from a string of JSON text.Á ƒš Ë l‡š ý •š Ë <™š Ú‘ Ü¡š å¡ ½š Ë üÁš! ©£ Œãš Ó£ äõš í£ Ì’› ’¤ ,¬› Í‘ ²› Ë |¶› ©Ë üÆ›$ ! // The type of `j` is `&str`Á Œë› let j = "Á lý› �£ ü‹œ8 ¦» üÄœ0 è» |õœ ¡¼ …� Ë ü‰�7 4 let u: User = serde_json::from_str(j).unwrap();Á ìÁ� Æ© ,ß� Í‘ <å� Ú‘ í� Ë dñ� ϱ þ� Ë ü‚žM ñ± üОP Ȳ ü¡ŸO ¢³ üñŸO û³ üÁ O Ô´ ü‘¡K µ LÝ¡ �¶Dî¡ ô™è· ˆ æ ™ ç æ ç ð¸ û¡ þ¿œ¤¢
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\ñm ü ) & A map of String to serde_json::Value.Á *Ë ü.O L By default the map is backed by a [`BTreeMap`]. Enable the `preserve_order`Á ü~6 3 feature of serde_json to use [`IndexMap`] instead.Á µË ü¹, ) [`BTreeMap`]: std::collections::BTreeMapÁ üæ$ ! [`IndexMap`]: indexmap::IndexMapÁ ùm ó÷Ï×ÚÝßû‚ˆ‰‹���¦¹ÆÜò…”,ž ù â ãÌH,· ± â ä’4Ñ ÉH â åg4£ ¦ â æÍ$» Á] â è�,Á à` â é� ã` â é¦$Ú »b â ë¦ Áb â ëª4à Ãb â ì£lù ÖN â íÞ Ä Á â î” Ô b â ï btree_mapÁLš * â ñdD¥ ð
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â òœ�@œ©2¬Â$¤•Ä¯ µûýÔÍÚܵ·Ìí¨L¾™LÍŠü…)tvdf¤’ üì% " Represents a JSON key/value type.Á � õ- ô ¬ õ ô õ ©âò³ ¡ Ì¢ ¤ ó ó ŸC ö…
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â –ˆCbIÖçò³÷³ –ˆCbIÖç öVX [] ” â ó ó ð
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„Ø üÄ'<ñâ õ- ø ¬ ù ø ù •· ù Ì¢ üª¸ ¼Ú ø–ûüýþ€‚„†‡‰‹Œ��‘’“”•–—™ ¤¥ Ôø Makes a new empty Map.Á ¬ ø– ú ú
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û üÍ - ü€ : 7 Makes a new empty Map with the given initial capacity.ÁlÔ ø– ú ú
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> ; Returns a reference to the value corresponding to the key.Á ŠË ü’L I The key may be any borrowed form of the map's key type, but the orderingÁ üãC @ on the borrowed form *must* match the ordering on the key type.Á À ë ì ëø– ì ”D ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE> ëÒ— ú ”D ÿ ÿ Ç ú ªâ³À Ä ¦¥—³À Lƒ óÀ ¢ £³À ¨ »b³À $
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þ³À$È‚L Î`b üÕx üÞC @ Returns true if the map contains a value for the specified key.Á ¦Ë ü®Lâ½ üÿC·¾dÜ í î íø– î³À ú ”D � � ì ú ¯Á é ÀÁLž ÔÁ ½ äÁà ôÁ$È
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€³À$í‚L ó<> üü… ü‚F C Returns a mutable reference to the value corresponding to the key.Á ÍË üÕLâ½ ü¦C·¾<ƒ ï ð ïø– ð³À ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE> ïÒ— ú ”D ƒ ƒ Ž ú ¯Á ‹ ÀÁLÒ ÔÁ ñ äÁ÷ ôÁ$ü
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‚³À$“‚L ™<> ü›Ž ü±6 3 Returns the key-value pair matching the given key.Á ìË üôLâ½ üÅC·¾l¢ ñ ò ñø– ò³À ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE> ñ¥— ñÒ— ú ”D … … ³ ú ¯Á ° ÀÁLú ÔÁ ™ äÁŸ ôÁ$¤
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„³À$´‚L º<> üÝ > üß* ' Inserts a key-value pair into the map.Á ŽË ü–A > If the map did not have this key present, `None` is returned.Á ÜË üäK H If the map did have this key present, the value is updated, and the oldÁ ´´ value is returned.Á4ä ó óø–¥—Ò—ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>Ò— ú ë ú
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† $ð kÁ ö ¥¿ � üä& üë!I F Removes a key from the map, returning the value at the key if the keyÁ ô¹" was previously in the map.Á Ü"Ë üä"Lâ½ üµ#C·¾ ý#Ë ü…$B ? If serde_json's "preserve_order" is enabled, `.remove(key)` isÁ üÌ$J G equivalent to [`.swap_remove(key)`][Self::swap_remove], replacing thisÁ ü›%G D entry's position with the last element. If you need to preserve theÁ üç%. + relative order of the keys in the map, useÁ üš&7 4 [`.shift_remove(key)`][Self::shift_remove] instead.Á4ë& ô õ ôø– õ³À üÌ ú ”D ˆ ˆ õ& ú ¯Á ò& ÀÁL´' ÔÁ Ó' äÁÙ' ôÁ$Þ'
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‡³À$ú&‚L €'<> ü¶.� ü›)I F Removes a key from the map, returning the stored key and value if theÁ üé)" key was previously in the map.Á �*Ë ü˜*Lâ½ üé*C·¾ ±+Ë ü¹+H E If serde_json's "preserve_order" is enabled, `.remove_entry(key)` isÁ ü†,G D equivalent to [`.swap_remove_entry(key)`][Self::swap_remove_entry],Á üÒ,I F replacing this entry's position with the last element. If you need toÁ ü -; 8 preserve the relative order of the keys in the map, useÁ üà-C @ [`.shift_remove_entry(key)`][Self::shift_remove_entry] instead.Ád½. ö ÷ öø– ÷³À ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>´š ú ”D Š Š Í. ú ¯Á Ê. ÀÁL–/ ÔÁ µ/ äÁ»/ ôÁ$À/
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# let _ =Á |ük match val {Á üŒl- * Value::String(s) => Some(s.as_str()),Á üºl- * Value::Array(arr) => arr[0].as_str(),Á üèl3 0 Value::Object(map) => map["type"].as_str(),Á ”œm _ => None,Á ,¯mÍ‘ <µm # ;Á <½mÚ‘ 8 � ”D ¦ � ¦ ªâº™ Êm ¦¥—º™ L…n ú™ n £º™ ¦n »bº™ $«nø–§¨ ¨˜ ©˜ ¨ `b \·n4¼n ¥ ¥ Ò—üÑn$,Ôn€ Ž � Žø– �º™ ŽÒ— ¥ Ún ¥
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¨ 8º™$Ûnö,ánüÇqn üŸoI F Mutably access an element of this map. Panics if the given key is notÁ ¼éo present in the map.Á �pË <…pÚ‘ Ü�p«Ó ,©p´œ ü¯p+ ( # let mut map = serde_json::Map::new();Á üÛp< 9 # map.insert("key".to_owned(), serde_json::Value::Null);Á ,˜q´œ üžq map["key"] = json!("value");Á <¿qÚ‘ 8 � ”D ª ª � ·ý Ìq ÈýLŠr Üý ¥r ìý«r üý$°rø–« ¸ « 35 ü¼r0L¿r€ ‘ ’ ‘ø– ’º™ ‘Ò— © Ér ©
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serializerÁTïu68 ÄØvdävü©x5 Ï ³ ³ ø–´ Ú; ´ ®xüóxh\öx ©Hê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘ø– Ú‰ Ï ç; ²©H µ µ ² ©âÚ‰ ‚y å;Ú‰ Ï ¬Åy
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+ †‰ ‡‰ Ž‰ 8þ 4ˆ‰ 8 œ‰ 8ÆÀ LŸ‰ ¨‰ ²‰ ©‰ 8 ª‰ 8 $®‰ (´‰ 8Ó 4·‰ ½‰ 8 $¾‰ '‰ 8½ $ĉ ȉ ʉ þ‰ 8 $܉ à‰ 8£ $á‰ å‰ 8ÆÀ Læ‰ ï‰ ð‰ 8 $“Š , ˜Š ™Š £Š , šŠ 8ø• D›Š
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Ί Њ Ë + ÞŠ ߊ æŠ 8þ 4àŠ 8 ôŠ 8¾ ÷Š úŠ €‹ ûŠ 8 $üŠ (‚‹ 8‰ ,…‹ ‹‹ ¹‹ 8 $�‹ ¡‹ 8£ $¢‹ ¦‹ 8¾ §‹ ª‹ «‹ 8 $΋ , Ó‹ Ô‹ Þ‹ , Õ‹ 8ø• DÖ‹
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…Œ ‡Œ ˆŒ ü“ŒA Ï È È ø–ÉÊ Å Æ Ê ˜ŒŒÛŒdàŒ Ç Ç ø–üúŒ0ŒýŒ ø– ø– Ï Á‘Å Ç Ç
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Ê Ï $��üÃ�F Ï Ì Ì èšÍÎ Å Æ Î È�Œ�Žd•Ž Ë Ë èšü¯Ž0Œ²Ž èš èš Ï Á‘Å Ë Ë
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Î Ï $ÄŽ”ú� üÈ�P M A view into a single entry in a map, which may either be vacant or occupied.Á ü™�B ? This enum is constructed from the [`entry`] method on [`Map`].Á Ü�Ë Ìà� [`entry`]: Map::entryÁ ,ƒ‘ ˆ Ð Ð Ï Ñ ÒÇJ Óì Ô ÕâJ Öì ™£@•2gè ˆ ™£@•2gè ÑÒÔÕ Ò Ó × × ÿJ ÙšK â :6[nZ³u ˆ ‚ª Õ Ö Ú Ú ¨K ÜÅK â %ÃRô¾%ô ˆ ‚ª ‰‘ä½ œ“‘ A vacant Entry.Á ä½ Ï Ï
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Ò ˆ ä½ä½ ñª ‚ª Ï Ï §¬ |²‘ Ï Ï ñª ¥¾ ´È‘ An occupied Entry.Á ¥¾ Ï Ï
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Õ ˆ ¥¾¥¾ µ« ‚ª Ï Ï ¹ Œì‘ Ï Ï µ« Ô¹’ üƒ’5 2 A vacant Entry. It is part of the [`Entry`] enum.Á \Ä’ ˆ Ø Ø ñª :6[nZ³u ÙÐ’ÜÚ’4Ú’â × × ‰
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‰
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ê·À ¬5Ž ì �´ ˆ ¥—Ò—þ²ä³“ üú’8 5 An occupied Entry. It is part of the [`Entry`] enum.Á l¾“ ˆ Û Û µ« %ÃRô¾%ô ÜÌ“üÖ“ DÖ“â Ú Ú ˜
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„ê• üÖ•'Œƒ–â ˆ à à Ó± •–”º— ˆ â â ‚ª ãäåç ¿—䥙 üÓ—, ) Returns a reference to this entry's key.Á „˜Ë tŒ˜äŒ Ÿ˜Ë <§˜Ú‘ ü³˜) & let mut map = serde_json::Map::new();Á üá˜3 0 assert_eq!(map.entry("serde").key(), &"serde");Á <™™Ú‘ ¬™ › ›‚ª ›¥— á °™ á
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ã ˆ $±™üÂ�7 üšJ G Ensures a value is in the entry by inserting the default if empty, andÁ ü‘›: 7 returns a mutable reference to the value in the entry.Á Ð›Ë tØ›äŒ ë›Ë <ó›Ú‘ Üÿ›«Ó ,Ÿœ´œ ü©œ)ó´ üל, ) map.entry("serde").or_insert(json!(12));Á ˆ�Ë ü��! assert_eq!(map["serde"], 12);Á <¶�Ú‘LÉ� ‚ª Ò—¤· á á
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ä ˆ $Ó�><Ù�üÓ¢c ü™ŸJ G Ensures a value is in the entry by inserting the result of the defaultÁ üèŸJ G function if empty, and returns a mutable reference to the value in theÁ T· entry.Á Æ Ë tÎ äŒ á Ë <é Ú‘ Üõ «Ó ,•¡´œ üŸ¡)ó´ üÍ¡8 5 map.entry("serde").or_insert_with(|| json!("hoho"));Á Š¢Ë ü’¢0 - assert_eq!(map["serde"], "hoho".to_owned());Á <Ç¢Ú‘tÚ¢ ‚ª ª@¤· áª@ æ æ á ©âÙ¾ é¢ ™ Ù¾ Œ¤£ Ù¾ › Ò—,°£
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å ˆ Ù¾ $ì¢><ò¢OQ ü©Q üܤD A Provides in-place mutable access to an occupied entry before anyÁ ü¥¥# potential inserts into the map.Á Í¥Ë tÕ¥äŒ è¥Ë <ð¥Ú‘ Üü¥«Ó ,œ¦´œ ü¦¦)ó´ ´Ô¦ map.entry("serde")Á üï¦+ ( .and_modify(|e| *e = json!("rust"))Á üŸ§! .or_insert(json!("cpp"));Á Å§Ë üͧ$ ! assert_eq!(map["serde"], "cpp");Á ö§Ë ´þ§ÏÀ ü™¨+ïÀ üɨ!¤Á ï¨Ë ü÷¨% " assert_eq!(map["serde"], "rust");Á <¡©Ú‘T´© ‚ª Ù¾ ‚ª áª@ è è á ‚¿ ¿© œ ™ Ù¾ œÒ— ”ë© œ Ù¾ ÚÄ ›
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ç ˆ Ù¾ $©þ È©df Äì« ˆ ê ê ñª ëì ñ«äï¯ ü‹¬I F Gets a reference to the key that would be used when inserting a valueÁ äÙ¬ through the VacantEntry.Á ú¬Ë t‚äŒ •Ë <�Ú‘ ü© use serde_json::map::Entry;Á ÍË üÕ)ó´ ƒ®Ë ô‹® match map.entry("serde") {Á ü®®" Entry::Vacant(vacant) => {Á üÕ®/ , assert_eq!(vacant.key(), &"serde");Á L‰¯¨ú ü—¯/ , Entry::Occupied(_) => unimplemented!(),Á ,˯͑ <Õ¯Ú‘ ö¯ � �ñª �¥— é ú¯ é
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ë ˆ $û¯ü»´2 ü³°I F Sets the value of the entry with the VacantEntry's key, and returns aÁ ä�± mutable reference to it.Á ¢±Ë tª±äŒ ½±Ë <űڑ Üѱ«Ó ,ñ±´œ üû± œÆ Ÿ²Ë ü§²)ó´ Õ²Ë ôݲêÆ ü€³"’Ç ü§³) & vacant.insert(json!("hoho"));Á LÕ³¨ú üã³/„È ,—´Í‘ <¡´Ú‘4´ ñª Ò—¤· é é
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ï ˆ סݡã°$ìó˜,òó68 œ’Á üÔÀ= : Represents a character escape code in a type-safe manner.Á T›Á Ïÿ °};–jà òóôõö÷øùúûüýþÿ€�‚ƒ ó õ ÷ ù û ý ÿ � ƒ „ Ïÿ ,ÉÁ ĬÁ An escaped quote `"`Á ( ñ ñ Ïÿ<> ñ ñ ÏÿtûÁ üÔÁ" An escaped reverse solidus `\`Á 3 ñ ñ ÏÿGI ñ ñ Ïÿ<®Â Ô� An escaped solidus `/`Á * ñ ñ Ïÿ>@ ñ ñ ÏÿLü ü»Â< 9 An escaped backspace character (usually escaped as `\b`)Á M ñ ñ Ïÿac ñ ñ ÏÿDÌà ü‹Ã< 9 An escaped form feed character (usually escaped as `\f`)Á M ñ ñ Ïÿac ñ ñ ÏÿD›Ä üÚÃ< 9 An escaped line feed character (usually escaped as `\n`)Á M ñ ñ Ïÿac ñ ñ ÏÿtðÄ ü©ÄB ? An escaped carriage return character (usually escaped as `\r`)Á S ñ ñ Ïÿgi ñ ñ Ïÿ ¿Å ü„Å6 3 An escaped tab character (usually escaped as `\t`)Á G ñ ñ Ïÿ[] ñ ñ Ïÿ!¿ üÈÅ@ = An escaped ASCII plane control character (usually escaped asÁ ü�Æ/ , `\u00XX` where `XX` are two hex characters)Á !¿ ñ ñ
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ƒ !¿!¿ Ïÿ ñ ñ ˆ‹ ÎÆ ñ ñ œãÇ üÖÆ_ \ This trait abstracts away serializing the JSON control characters, which allows the user toÁ ü¶Ç, ) optionally pretty print the JSON output.Á LíÇ … … ªâ üãÇð[ … ž� ž� !†ˆŠŒŽ�’”–˜šœž ¢¤¦¨ª¯±³µ·¹»½¿ÁÃņˆŠŒŽ�’”–˜šœž ¢¤¦¨ª¯±³µ·¹»½¿ÁÃÅ ³ Š ¹ � ¦ ¿ – ¯ Å † œ µ Œ ¢ » ’ ¨ Á ˜ ± ˆ ž · Ž ¤ ½ ” ª à š üÂÈf üýÇ2 / Writes a `null` value to the specified writer.ÁTÅÈ À Á À¦� Áסê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘ ”‘ …ýO ‡ ‡ ÓÈ … ªâס ÐÈ ÷‡
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†¦� ס$ØÈŽP4ÞÈ,. ü¬Ês üÜÉ= : Writes a `true` or `false` value to the specified writer.ÁT¯Ê  à ¦� Ãס è� …ýO ‰ ‰ ½Ê … â‘ ºÊ ÷‡
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L•Ë
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ˆ¦� ס$ÂÊŽP4Èʘ,ØÊ57 ü’Ío ü¿Ì@ = Writes an integer value like `-123` to the specified writer.ÁD•Í Ä Å Ä¦� Åסè� …ýO ‹ ‹ ¡Í … â‘ žÍ ÷‡
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L÷Í
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Š¦� ס$¦ÍŽP4¬Í˜,¼Í57 üáÏq üŽÏ@´“ LäÏ Æ Ç Æ¦� Çסè� …ýO � � ñÏ … â‘ îÏ ÷‡
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�¦� ס$˜ÕŽP4žÕ˜,®Õ57 üÔ×s ü�×@´“ T×× Ì Í Ì¦� Íסè� …ýO “ “ å× … â‘ â× ÷‡
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’¦� ס$ê׎P4ðט,€Ø57 ü¦Úo üÔÙ? < Writes an integer value like `123` to the specified writer.ÁD©Ú Î Ï Î¦� Ïסè� …ýO • • µÚ … â‘ ²Ú ÷‡
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–¦� ס$‰ÝŽP4�ݘ,ŸÝ57 üÄßq üòÞ?Ä› LÇß Ò Ó Ò¦� Óסè� …ýO ™ ™ Ôß … â‘ Ñß ÷‡
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˜¦� ס$ÙߎP4ßߘ,ïß57 ü”âq üÂá?Ä› L—â Ô Õ Ô¦� Õסè� …ýO › › ¤â … â‘ ¡â ÷‡
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š¦� ס$©âŽP4¯â˜,¿â57 üääs ü’ä?Ä› Tçä Ö × Ö¦� ×סè� …ýO � � õä … â‘ òä ÷‡
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œ¦� ס$úäŽP4€å˜,�å57 üˆìq üäæL I Writes a floating point value like `-31.26e+12` to the specified writer.Á µçË œ½ç # Special casesÁ ÕçË üÝçF C This function **does not** check for NaN or infinity. If the inputÁ ü¨èI F number is not a finite float, the printed representation will be someÁ üöè8 5 correctly formatted but unspecified numerical value.Á ³éË ü»éH E Please check [`is_finite`] yourself before calling this function, orÁ üˆêH E check [`is_nan`] and [`is_infinite`] and handle those cases yourselfÁ üÕê( % with a different `Formatter` method.Á ‚ëË üŠë! [`is_finite`]: f32::is_finiteÁ Ü°ë [`is_nan`]: f32::is_nanÁ üÐë% " [`is_infinite`]: f32::is_infiniteÁL‹ì Ø Ù Ø¦� Ùסè� …ýO Ÿ Ÿ ˜ì … â‘ •ì ÷‡
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ž¦� ס$�ìŽP4£ì˜,³ì57 ü±óq ü�îLÓ£ ÞîË œæî´¤ þîË ü†ïFݤ üÑïI¥ üŸð8€¦ ÜðË üäðHΦ ü±ñH § üþñ(ò§ «òË ü³ò! [`is_finite`]: f64::is_finiteÁ ÜÙò [`is_nan`]: f64::is_nanÁ üùò% " [`is_infinite`]: f64::is_infiniteÁL´ó Ú Û Ú¦� Ûסè� …ýO ¡ ¡ Áó … â‘ ¾ó ÷‡
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L˜ô
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¦� ס$ÆóŽP4Ìó˜,Üó57 üˆöy ü¶õ? < Writes a number that has already been rendered to a string.Á„‹ö Ü Ý Þ Ü¦� Ýס Þ è� …ýO £ £ Ÿö … â‘ œö ÷‡
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L÷ö
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¢¦� ס$¤öŽP4ªö˜,ºö57 üÑøh ü¾÷< 9 Called before each series of `write_string_fragment` andÁ üÿ÷? < `write_char_escape`. Writes a `"` to the specified writer.ÁdÔø ß à ߦ� àסè� …ýO ¥ ¥ äø … â‘ áø ÷‡
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¤¦� ס$éøŽP4ïø,. üýúf üëù; 8 Called after each series of `write_string_fragment` andÁ ü«ú?Š± T€û á â á¦� âסè� …ýO § § Žû … â‘ ‹û ÷‡
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¦¦� ס$“ûŽP4™û,. ü„ý� ü•üB ? Writes a string fragment that doesn't need any escaping to theÁ ¬Üü specified writer.Á¬‡ý ã ä å ã¦� äס å è� …ýO © © ý … â‘ �ý ÷‡
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Lûý
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¨¦� ס$¥ýŽP4«ý fragmentÁD»ý=? ü“ÿ† üÅþ; 8 Writes a character escape code to the specified writer.ÁŒ–ÿ æ ç æ¦� çסÏÿè� …ýO « « «ÿ … â‘ ¨ÿ ÷‡
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L�€
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ª¦� ס$°ÿŽP4¶ÿ char_escapeÁ\Æÿ@B „¬€ÜæƒTíƒ � 0123456789abcdef þƒ üþˆz ü®‡L I Writes the representation of a byte array. Formatters can choose whetherÁ üÿ‡I F to represent bytes as a JSON array of integers (the default), or someÁ ü͈, ) JSON string encoding like hex or base64.Á„�‰ è é ê è¦� éס ꎘ è� …ýO ° ° •‰ … â‘ ’‰ ÷‡
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¯¦� ס$š‰ŽP4 ‰˜,°‰57 ü©�g üÉŒ= : Called before every array. Writes a `[` to the specifiedÁ \‹� writer.Á\¬� ë ì ë¦� ìסè� …ýO ² ² »� … â‘ ¸� ÷‡
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L†Ž
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±¦� ס$À�ŽP4Æ�,. ü �e üÁŽ< 9 Called after every array. Writes a `]` to the specifiedÁ \‚�ˆ¾ L£� í î í¦� îסè� …ýO ´ ´ °� … â‘ � ÷‡
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³¦� ס$µ�ŽP4»�,. ü¦‘z ü¶�? < Called before every array value. Writes a `,` if needed toÁ Ìú� the specified writer.ÁŒ©‘ ï ð ï¦� ðס è� …ýO ¶ ¶ ¾‘ … â‘ »‘ ÷‡
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L–’
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µ¦� ס$ÑŽP4É‘Û+,Ù‘57 üÌ“l ü–“# Called after every array value.Á|Ï“ ñ ò ñ¦� òסè� …ýO ¸ ¸ â“ … â‘ ß“ ÷‡
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L®”
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·¦� ס$ç“ _writerÁ<í“35 üº•h üÙ”> ; Called before every object. Writes a `{` to the specifiedÁ \œ•ˆ¾ d½• ó ô ó¦� ôסè� …ýO º º Í• … â‘ Ê• ÷‡
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L˜–
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¹¦� ס$Ò•ŽP4Ø•,. ü³—f üÓ–= : Called after every object. Writes a `}` to the specifiedÁ \•—ˆ¾ T¶— õ ö õ¦� öסè� …ýO ¼ ¼ Ä— … â‘ Á— ÷‡
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»¦� ס$É—ŽP4Ï—,. ü€™y üʘ# Called before every object key.Á„ƒ™ ÷ ø ÷¦� øס è� …ýO ¾ ¾ —™ … â‘ ”™ ÷‡
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½¦� ס$œ™ŽP4¢™Û+,²™57 ü”œk üïšB ? Called after every object key. A `:` should be written to theÁ ü¶›- * specified writer by either this method orÁ Ìè› `begin_object_value`.Át—œ ù ú ù¦� úסè� …ýO À À ©œ … â‘ ¦œ ÷‡
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¿¦� ס$®œ™Å <´œ-/ üÄžn ü �A > Called before every object value. A `:` should be written toÁ üæ�1 . the specified writer by either this method orÁ ¬œž `end_object_key`.Á”Çž û ü û¦� üסè� …ýO   ݞ … â‘ Úž ÷‡
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Ê ˆ ü÷¨, ü›¨W T Construct a pretty printer formatter that uses the `indent` string for indentation.Á\þ¨ ˆ˜É¥ È È
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Ù¾ ŽP4ò¿œPL†À˜,�ÀHJ LN d’͘Í� d¯ÍµÍ� dÌÍÒÍ� déÍïÍ� d†ÎŒÎ� d£Î©Î� dÀÎÆÎ� dÞÎäÎ� d˜ÏžÏ� ÄËÐ4ÒÐ � €uuuuuuuubtnufruuuuuuuuuuuuuuuuuu " \ € ßÐ ü«Ým ü¿ÚC @ Serialize the given data structure as JSON into the I/O stream.Á ƒÛË ü‡ÛO L Serialization guarantees it only feeds valid UTF-8 sequences to the writer.Á ×ÛË dÛÛϱ èÛË üìÛL I Serialization can fail if `T`'s implementation of `Serialize` decides toÁ ü¹Ü8 5 fail, or if `T` contains a map with non-string keys.ÁL²Ý š�„
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ϳŽP4Âݘ,ÍÝPR KM üæát üçÞJ G Serialize the given data structure as pretty-printed JSON into the I/OÁ \²ß stream.Á ¾ßË üÂßOãî ’àË d–àϱ £àË ü§àLáï üôà8·ð „íá ›�„
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ϳŽP4„â˜,�â?A CE ü�åO ü¬ã= : Serialize the given data structure as a JSON byte vector.Á êãË dîãϱ ûãË üÿãLáï üÌä8·ð 4–å œ œø² ê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘ЊÁ‘ ™ û û §å ªâø² �å ®Aø² LÔå
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úø²˜, å(* ü¼èV üÊæL I Serialize the given data structure as a pretty-printed JSON byte vector.Á —çË d›çϱ ¨çË ü¬çLáï üùç8·ð lÃè � �ø² �ø ™ ý ý Ûè öø Ñè ˆù Lˆé
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üø²˜,Ôè " üæëQ ü…ê; 8 Serialize the given data structure as a String of JSON.Á ÁêË dÅêϱ ÒêË üÖêLáï ü£ë8·ð Líë ž žø² ê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘¥—Á‘ ™ ÿ ÿ �ì öø ÷ë ˆù Lì
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þø²˜,úë " üÒïX üâíJ G Serialize the given data structure as a pretty-printed String of JSON.Á îË d±îϱ ¾îË üÂîLáï ü�ï8·ð „Ùï Ÿ Ÿø² �ý ™ � � ôï öø êï ˆù L ð
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wrÁéñÔä õñö ÿñ57 løn ü M J The Value enum, a loosely typed way of representing any valid JSON value.Á NË ¼R # Constructing JSONÁ jË ünMÞÉ ü¼*´Ê çË <ëÚ‘ ÌóýÊ �Ë |‘©Ë ü¡4ÁË ÔÖýË üñ Ì ´‘ÇÌ ¼¨åÌ ôÀ„Í ìßªÍ lýÏÍ \‹äÍ —Ë ü›>ƒÎ ÚË üÞ7ÕÎ ü–)•Ï ,ÀÍ‘ <ÆÚ‘ ÎË üÒKêÏ Ôž½Ð ¹Ë ü½PëÐ üŽNÄÑ üÝN›Ò ܬñÒ ÈË <ÌÚ‘ ÜÔ«Ó ,𴜠üö$ÛÓ ,› ´œ ü¡ ”Ô ÜÁ »Ô Ý Ë üá 0êÔ ´’
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-™Ö L¨ ¼‘ <² ÚÖ <º Ú‘ Â Ë üÆ IÚž ü� > ; [`serde_json::from_str`][from_str] function. There is alsoÁ üÏ H E [`from_slice`][from_slice] for parsing from a byte slice `&[u8]` andÁ ü˜
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O L [`from_reader`][from_reader] for parsing from any `io::Read` like a File orÁ Œè
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Ú‘ ü†) & use serde_json::{json, Value, Error};Á °Ë ü´/ , fn untyped_example() -> Result<(), Error> {Á üäJ‘¢ ´¯ã¢ lÆ�£ üÔ#—£ Ôø£ Ü“ä£ ü¯"ˆ¤ üÒ!³¤ Œôܤ „†õ¤ —Ë ü›;™¥ ü×3Ý¥ ‹Ë ü�E¤¦ üÕOò¦ ¥Ë t©Ô§ ,¸Í‘ ,¾´œ üÄ! # untyped_example().unwrap();Á <æÚ‘ îË Äò„ì ü‹#ðé ü¯'œê ü×)Ìê ,€o ¥Î² è ¬  ò
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LÐ ®A „ �›‘,ñ ñ ‘ëOT‹ Ù ’ëO Ú ’ŸC « ó “÷É4Ç ñ ”œ†iLŸ[¬®M|É?üÞ!2 ä$'L…öL”çܣȬĸ”䨬€œ|Ÿ~¬¸q¤€% Ò—– á` – ü›%< ž% ¢ £ ¤ ¢Ò— £Á`Á` œ Ã`è Á] Ä`ϱÁ] Ê\É:• ¤€• • ¢% •
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– $£%œPL©%´¾* Ò—˜ æ` ˜ ü¿04 üÛ*% " Display a JSON value as a string.Á …+Ë <�+Ú‘ Ü™+«Ó ,¹+´œ üÃ+J G let json = json!({ "city": "London", "street": "10 Downing Street" });Á ’,Ë ´š, // Compact format:Á 4µ, //Á üÀ,5 2 // {"city":"London","street":"10 Downing Street"}Á üú,& # let compact = format!("{}", json);Á ¼¥- assert_eq!(compact,Á üÁ-B ? "{\"city\":\"London\",\"street\":\"10 Downing Street\"}");Á ˆ.Ë ¬�. // Pretty format:Á 4ª.ª” Dµ. // {Á ÔÂ. // "city": "London",Á üá.& # // "street": "10 Downing Street"Á DŒ/ // }Á ü™/' $ let pretty = format!("{:#}", json);Á ´Å/ assert_eq!(pretty,Á üà/N K "{\n \"city\": \"London\",\n \"street\": \"10 Downing Street\"\n}");Á <³0Ú‘ Â0 ¥ ¦ § ¥Ò— ¦Á`Á` œ Ã`è Á] Ä`ϱÁ] Ê\É:• §€• — Æ0 —
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˜ $Ç0þ Í0üþ0" |…1„ ˆ š ¬q › › š ¬q ˆ �1 ¼› ü¯1! ¬q ¬qíô°‘§ NÅH½Ï°v œ•1™1=,¯1„ ™ ™ ˆ Á`Á` œ Ã`è Á] Ä`ϱÁ] Ê\É:• ¬qüå12 ˆ ž ¬q Ÿ ž Ÿ ‘§ ¡ à ä ¡ ê1î1ü¦24,©2 ¨ © ¨‘§ ©Ž˜ ê³í³ î³Ò ï³ì ð³ ñ³“ò³ì äs{ ©¶‘ ”‘ � ¯2 �
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¢ €6 œ9 ˜ 𸠣 ˆ¹ £ ¥¹ £ £ ˜ £ Á‘Ñ• ˆ: ˜ 𸠤 ˆ¹ ¤ ¥¹ ¤ ¤ ˜ ¤û ü«:(\®: „ « « ª§
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¥ ö º:TË; Ò—§©«¬®¯°±²³´µ¶·¸¹º»¼½¾¿ÃÇÈ üÝF7 üÜ;J G Index into a JSON array or map. A string index can be used to access aÁ ü«<L I value in a map, and a usize index can be used to access an element of anÁ Tü< array.Á ‹=Ë ü“=G D Returns `None` if the type of `self` does not match the type of theÁ üß=K H index, for example if the index is a string and `self` is an array or aÁ ü¯>J G number. Also returns `None` if the given key does not exist in the mapÁ üþ>= : or the given index is not within the bounds of the array.Á À?Ë <È?Ú‘ ÜÔ?«Ó ,ô?´œ üþ?6 3 let object = json!({ "A": 65, "B": 66, "C": 67 });Á ü¹@5 2 assert_eq!(*object.get("A").unwrap(), json!(65));Á ó@Ë üû@) & let array = json!([ "A", "B", "C" ]);Á ü©A3 0 assert_eq!(*array.get(2).unwrap(), json!("C"));Á áAË üéA% " assert_eq!(array.get("A"), None);Á <“BÚ‘ ŸBË ü§BL I Square brackets can also be used to index into a value in a more conciseÁ üøBL I way. This returns `Value::Null` in cases where `get` would have returnedÁ \ÉC `None`.Á ÙCË <áCÚ‘ ÜíC«Ó ,�D´œ Ä—D let object = json!({Á ü´D "A": ["a", "á", "à "],Á ÔØD "B": ["b", "bÌ�"],Á ü÷D( % "C": ["c", "ć", "ć̣", "ḉ"],Á <¤EÚÖ ü°E+ ( assert_eq!(object["B"][0], json!("b"));Á àEË üèE) & assert_eq!(object["D"], json!(null));Á ü–F6 3 assert_eq!(object[0]["x"]["y"]["z"], json!(null));Á <ÑFÚ‘ äF ¬ ¬Ò— �¶ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>€¯ ¦ ¬r ¨ ¨ òF ¦ ©â�¶ èF ñ �¶ ,ëF
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§�¶$óFö,ùF,. üÔMC üÁGI F Mutably index into a JSON array or map. A string index can be used toÁ ü�HG D access a value in a map, and a usize index can be used to access anÁ ÄÛH element of an array.Á øHË ü€IGê£ üÌIKº¤ üœJJŽ¥ üëJ=ᥠKË <µKÚ‘ ÜÁK«Ó ,áK´œ üëK: 7 let mut object = json!({ "A": 65, "B": 66, "C": 67 });Á üªL. + *object.get_mut("A").unwrap() = json!(69);Á ÝLË üåL- * let mut array = json!([ "A", "B", "C" ]);Á ü—M, ) *array.get_mut(2).unwrap() = json!("D");Á <ÈMÚ‘<ÛM Ò—�¶ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>‘µ ¦ ¬r ª ª íM ¦ ü¯ ãM �° ,æM
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©�¶$òMö,øM$& üúR üÈNF C Returns true if the `Value` is an Object. Returns false otherwise.Á “OË ü›OD A For any Value on which `is_object` returns true, `as_object` andÁ üäOJ G `as_object_mut` are guaranteed to return the map representation of theÁ \³P object.Á ÃPË <ËPÚ‘ Ü×P«Ó ,÷P´œ ü�QG D let obj = json!({ "a": { "nested": true }, "b": ["an", "array"] });Á ÍQË ìÕQ assert!(obj.is_object());Á ü÷Q" assert!(obj["a"].is_object());Á žRË Ü¦R // array, not an objectÁ üÆR# assert!(!obj["b"].is_object());Á <îRÚ‘L�S ® ®Ò— ¦ ‹S ¦
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« $ŒSü¨W6 üÊSI F If the `Value` is an Object, returns the associated Map. Returns NoneÁ t˜T otherwise.Á «TË <³TÚ‘ Ü¿T«Ó ,ßT´œ üéTE B let v = json!({ "a": { "nested": true }, "b": ["an", "array"] });Á ³UË ü»U3 0 // The length of `{"nested": true}` is 1 entry.Á üóU5 2 assert_eq!(v["a"].as_object().unwrap().len(), 1);Á VË üµV4 1 // The array `["an", "array"]` is not an object.Á üîV) & assert_eq!(v["b"].as_object(), None);Á <œWÚ‘L¯W ¯ ¯Ò— ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE> ¯ø– ¦ ¹W ¦
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¬ $ºWüž[B üÏXD A If the `Value` is an Object, returns the associated mutable Map.Á ܘY Returns None otherwise.Á ¸YË <ÀYÚ‘ ÜÌY«Ó ,ìY´œ
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returned.Á ¶±Ë ü¾±M J For more information read [RFC6901](https://tools.ietf.org/html/rfc6901).Á �²Ë t˜²äŒ «²Ë <³²Ú‘ Ü¿²«Ó ,ß²´œ ´é² let data = json!({Á t„³ "x": {Á ä—³ "y": ["z", "zz"]Á L¸³¨ú <ƳÚÖ Ò³Ë üÚ³> ; assert_eq!(data.pointer("/x/y/1").unwrap(), &json!("zz"));Á ü�´- * assert_eq!(data.pointer("/a/b/c"), None);Á <Ï´Ú‘<â´ Â Ã ÂÒ— à ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>Ù›
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¶ƒ üÅÅB üž¹I F Looks up a value by a JSON Pointer and returns a mutable reference toÁ |ì¹ that value.Á €ºË üˆºIÑ“
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ô½Ë ¤ü½ # Example of UseÁ •¾Ë <�¾Ú‘ Ô©¾ëà È¾Ë |о©Ë üä¾* ' let s = r#"{"x": 1.0, "y": 2.0}"#;Á ü“¿@ = let mut value: Value = serde_json::from_str(s).unwrap();Á Ø¿Ë üà¿. + // Check value using read-only pointerÁ ü“À; 8 assert_eq!(value.pointer("/x"), Some(&1.0.into()));Á üÓÀ. + // Change value with direct assignmentÁ ü†Á7 4 *value.pointer_mut("/x").unwrap() = 1.5.into();Á üÂÁ+ ( // Check that new value was writtenÁ üòÁ; 8 assert_eq!(value.pointer("/x"), Some(&1.5.into()));Á ü²Â0 - // Or change the value only if it existsÁ üçÂ9 6 value.pointer_mut("/x").map(|v| *v = 1.5.into());Á ¥ÃË üÃJ G // "Steal" ownership of a value. Can replace with any valid Value.Á üüÃF C let old_x = value.pointer_mut("/x").map(Value::take).unwrap();Á üÇÄ assert_eq!(old_x, 1.5);Á üëÄ? < assert_eq!(value.pointer("/x").unwrap(), &Value::Null);Á ,¯ÅÍ‘ <¹ÅÚ‘\ÌÅ Ä Å ÄÒ— Å ø°ú°û°Ð ü° ý°�þ°ì H�ˈXêE>›ª
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¶ƒü»Ì ü¡ÊF C Takes the value out of the `Value`, leaving a `Null` in its place.Á ìÊË <ôÊÚ‘ Ü€Ë«Ó , Ë´œ üªË$ ! let mut v = json!({ "x": "y" });Á üÓË* ' assert_eq!(v["x"].take(), json!("y"));Á ü‚Ì( % assert_eq!(v, json!({ "x": null }));Á <¯ÌÚ‘$ÂÌ Æ ÆÒ—Ò— ¦ ÇÌ ¦
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Ç $ÌÌüÎÑ" ü�ÍG D Reorders the entries of all `Value::Object` nested within this JSONÁ üÜÍ. + value according to `str`'s usual ordering.Á �ÎË ü—ÎH¥ë üäÎIöë ²ÏË üºÏDÓì üƒÐE B destroys the original source order or insertion order of the JSONÁ üÍÐK H objects in favor of an alphanumerical order that matches how a BTreeMapÁ ü�Ñ, ) with the same contents would be ordered.Á„ÕÑ Ç ÇÒ— ¦ æÑ ¦
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