3167 lines
784 KiB
Plaintext
3167 lines
784 KiB
Plaintext
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rust
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ä> #rustc 1.96.0 (ac68faa20 2026-05-25)ÁíàÄTËŸ ÜJîÄ)'ß\¥! -3d1337db07d0b3aeÁ zerofromÁŠö‘JÁ¯�G™è](^Ø”o -dcafde80b60b6e04Á zerofrom_deriveÁ¨ 8‘ïlÌfOµ— ˆ´ -2ea7b665324646a9Á ¤°ð ¾ä-±($²ï=©Ã -7e98a21bfd32b0edÁ zerovec_deriveÁGôMjmO6ãžË˜}�…œ -cb226320172b7a66Á yokeÁõhŸÂM¾Šp>báf6Ì -d3327e9ee0391076Á stable_deref_traitÁ½ÊTýö÷n˜TóQ-ᆠ-771635b0451f799dÁ yoke_deriveÁº‰ñyåÁðÕCáŠ�ʘà -1f6bb0ffd13f0264Á ‰ ¤,˜K »¤Œ÷J BoxÁ «»¤Œ… ManuallyDropÁd‡»¤Œä testsÁ,ég‚ $Þg hashmapÁ<ÍK »¯œ¯K Ø ôK »¤ŒÜK map2dÁ,—L »¤ŒÿK samplesÁ<³L ‚ $¤L schemarsÁDÝL »—¤ÂL Y get_serializable_bytes_non_emptyÁüîÊ »¤ŒÓÊX ownedÁ,÷»¤ŒÔ„Ü ƒ»¤ŒÜ„ö �»¤Ùö 黤ŒÅX databakeÁDʻ̤¯X serdeÁ,ó»êŒÛX VarZeroVecOwnedÁ|ß»¤Œ¼¿ÌDì»Ì¤Ñ¿ê,•»êŒýÀÜ …»¤ŒßÀ‚$û�‚ $ð�¿o ¢»¤Œû¿ö Ñ»¤Œ¿‹d»»¤Œ—¿—,ùº‚ $‚$‡ ‚ $ü “ customÁ4Ì Ó ¾ §o ð
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é VarZeroSliceÁdÎ Ó ½ ’ ZeroMapKVÁLŽ »¤Œê ’ ZeroSliceÁL¿ »¤ŒŸ ’ ZeroVecÁ<Ê »¤ “
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test_utilsÁTº ‚ $« ø—,ÌX
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¤¼ »¤Œ˜ “Ü ß »¤Œ¹ Î ZeroMapBorrowedÁ|ö»¤ŒÒÎù
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L±»¤Œ�Î ZeroMap2dBorrowedÁŒè»¤ŒÂÎ ZeroMapÁ<⻤ŒÂÎ ZeroMap2dÁL뻤 "΂$ÍX‚ $“Xöù
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L »¤ ZeroHashMapÁ\ŸO »¯œñN Æ
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L�P »¤ŒîO borrowÁ4®R »¤Œ‡R boxedÁ,çR »¤ŒÀR ê,™S »êŒùR mapsÁ$ÅS »¤Œ©S ¢ …|’b »¤Œßa —,ˤ ‚ $ç£ í cowÁ
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VarZeroCowÁ
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marker1Á
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RawVarZeroCowÁ bufÁ ƒ Š § ƒ Š § parse_bytesÁ from_bytes_uncheckedÁ new_borrowedÁ "Š "§ " is_ownedÁ " as_bytesÁ " from_rawÁ (Ü (ë +Š +§ +å +´ 0Š 0§ 0÷ 4Š 4§ 4×
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8Š 8§ 8� <Š <§ ?Š ?§ ?ï
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CŠ C§ C‹ GŠ G§ G encode_var_ule_as_slicesÁ J£ J impl FnOnce(&[&[u8]]) -> RÁ G encode_var_ule_lenÁ G encode_var_ule_writeÁ OŠ O§ O zero_fromÁ SŠ S 'bÁ S§ Sé
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varzerovecÁ X
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componentsÁ Y YYYYYY VarZeroVecFormatÁ ` IndexÁ ` LenÁ Y
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IntegerULEÁ c TOO_LARGE_ERRORÁ c SIZEÁ c MAX_VALUEÁ c
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iule_to_usizeÁ c iule_from_usizeÁ Y iì iø Ylì m lø o Yqì r qø t Yv“ v© v´ vÄ vØ Y| |“ |© |´ |Ä |Ø Yƒ ƒ“ ƒ© ƒ´ ƒÄ ƒØ YŠŠ Š¥ Š— YŽŠ Ž¥ Ž— Žƒ Y“Š “¥ “— “> Y ˜Š ˜¥ ˜— ˜æ Y
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�Š �¥ �— �Š ¡ ¡ � parse_bytes_with_lengthÁ �œ � from_bytes_unchecked_with_lengthÁ �‘ � is_emptyÁ � getÁ �
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get_uncheckedÁ � get_things_rangeÁ � get_indices_sizeÁ � check_indices_and_thingsÁ �ù �
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indices_sliceÁ Y °Š °¥ °— °ƒ Y µŠ µ¥ µ— µæ Y
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ºŠ º¥ º— º› ºó º size_hintÁ YÁŠ Á¥ Á— Á‘ YÆŠ Æ¥ Æ— Æ
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binary_searchÁ Ê Æ binary_search_in_rangeÁ Ì YΊ Î¥ Η Î binary_search_byÁ Ò impl FnMut(&T) -> OrderingÁ Î binary_search_in_range_byÁ Ô— Ô Ô Î binary_search_in_range_uncheckedÁ Ø— Y 'write_serializable_bytes_without_lengthÁ Ú¥ Ú’ Ú— Y write_serializable_bytesÁ Þ¥ Þ’ Þ— Y 'compute_serializable_len_without_lengthÁ ⥠⒠◠â â Y compute_serializable_lenÁ è¥ è’ è— è X errorÁ í í íð× X
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lengthlessÁ ò òòòò ÷¥ ÷— ÷
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as_componentsÁ úŠ ÷Š üŠ ü ÷œ ÷ from_bytes_unchecked_mutÁ ÷ß ÷ë ÷ get_bytes_at_mutÁ Xž „ „„„„„„„„„ „
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“¥ “— “Ú “ entire_sliceÁ „ ˜¥ ˜— ˜ new_emptyÁ ˜‚# œŠ ˜œ ˜‘ ˜Ä ˜ù ¡„ ˜Ô ˜ß ˜ë ˜
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as_varzerovecÁ ¦Š ˜Š ¨Š „ª¥ ª— ª¦ ªÀ „¯¥ ¯— ¯ÿ ²— ¯¹ ´— „¶¥ ¶— ¶ validate_bytesÁ ¹ ¶œ ¶ë „½¥ ½— ½° ½Ö „Â¥ — Â� „Æ¥ Æ— „É¥ É— Éï
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„Í¥ Í— Í‹ „ Ñ¥ Ñ— Ñ× „
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Õ¥ Õ— ÕÉ XÁ Ù ÙÙÙÙÙÙÙÙ
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VarZeroVecÁ â
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⊠⥠◠∠٠VarZeroVecInnerÁ èŠ è¥ è— è BorrowedÁ ì
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ìˆ Ù ïŠ ï¥ ï— ïƒ Ùô¥ ô— ô× ÙøŠ ø¥ ø— ø÷ Ùý¥ ý— ý> Ù�¥ �— �å �´ Ù†Š †¥ †— †æ †Š †œ † as_sliceÁ †Ü †‚# �„ Ù‘Š ‘„ ‘¥ ‘— ‘� Ù—Š —¥ —— Ù›¥ ›’ ›— ›� Ÿ Ù ¡¥ ¡’ ¡— ¡Ÿ ¡ ¡� § § Ù
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ªŠ ª¥ ª— ªï
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Ù ¯Š ¯¥ ¯— ¯‹ X XXXXXXXXX X
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zerovecÁ ¿ž À ÀÀÀ™ Ä
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as_zerovecÁ ÈŠ Èœ È from_ule_sliceÁ Èë È as_ule_sliceÁ È‘ ÈÄ ÀÓ¥ ÓÔ Ó get_as_arrayÁ ÖŸ Ö Ö Ö Ó get_subsliceÁ Ó get_ule_refÁ Ó castÁ Ý¡ Ó try_as_convertedÁ ß¡ Ó firstÁ Ó‹ Óù ãŠ Ó split_firstÁ ÀæŠ æ¥ æ› æó æÕ ÀìŠ ì¥ ì‘ ÀðŠ ð¥ ð next_backÁ Àô¥ ô¦ ö Àø¥ øÿ ú impl FnMut(T) -> OrderingÁ ú Àý¥ ý—' ýœ À�¥ À ƒ¥ ƒ� À
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”¥‹ “ encodeÁ § §§§§§§§ EncodeAsVarULEÁ ¯¥ ¯Ü ±£ ±‚ ¯£ ´ µ ¯¼ · § ¹¥ ¹Ü »£ »‚ §¾¥ ¾Ü À£ À‚ §Ã¥ ÃÜ Å£ Å‚ §È¥ ÈÜ Ê£ Ê‚ È£ ȼ §Ï¥ ÏÜ Ñ£ Ñ‚ Ï£ ϼ §Ö¥ Ö– Ö— ÖÜ Ú£ Ú‚ Ö£ Ö¼ §ß¥ ß— ßÜ â£ â‚ ß£ ß¼ “ macrosÁ ç impl_ule_from_arrayÁ “ multiÁ é éééé î LENÁ î FormatÁ î compute_encoded_len_forÁ ñ î &new_from_lengths_partially_initializedÁ óŠ ó î set_field_atÁ ö¥ ö’ î validate_fieldÁ ù¥ î get_fieldÁ û¥ îœ îë éÿÇB ÿÒB ÿ× é BlankSliceEncoderÁ ƒ
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ƒˆ é†Ü ‡£ ‡‚ †£ †¼ éŒÇB ŒÒB Œ—' � Œœ “ nicheÁ ’ ’’’’
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NicheBytesÁ —Ÿ — NICHE_BIT_PATTERNÁ ™ ’ NichedOptionULEÁ ›¦ ›Ÿ ›ÄE ž › validÁ ’ ¡¦ ¡Ÿ ¡× ’¥¦ ¥Ÿ ¥æ ¥Ô ¥É ’«¦ «Ÿ ’®¦ ®Ÿ ®ƒ ’²¦ ²Ÿ ²� ’¶¦ ¶Ÿ ’¹¦ ¹Ÿ ¹—' ¼ ’¾¦ ¾Ÿ ¾> ’¦ Ÿ ÂÈ= ÂÓ= Âç= ’ È¥ ÈŸ È IntoIterÁ È› Èê “³
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Î ÎÎÎÎ OptionULEÁ Ó
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“ “ “
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““È= °—' ° parse_bytes_to_sliceÁ ° slice_from_bytes_uncheckedÁ ° slice_as_bytesÁ “ AsULEÁ µÈ= µÓ= µç= “ EqULEÁ “
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SliceAsULEÁ º slice_to_unalignedÁ “ ¼¥ ¼»W “ VarULEÁ ¿—' ¿Š ¿œ ¿ë “““Æ× “È parseÁ É¥ È lengthÁ Ë¥ “
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yoke_implsÁ Î ÎÎÎÎÎÎÎÎÎ ØŠ Ø¥ Ø° Ø transformÁ Ø transform_ownedÁ Ø makeÁ Ø
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as_signed_intÁ Ç Ž= Ç îg Ì Ÿ Ì Ì Ì Ì • Ò Ò ÷ • Õ È= Ö Õ Ó= Õ ç= •!•"Û Û
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from_unsignedÁ •#Þ try_from_bytesÁ ß STRIDEÁ •$á á ÷ •%ä È= å ä Ó= ä ç= •&•'ê ê from_signedÁ •(í ¦p î ¼p ••)ñ ñ ñn ñ ˆo ñ as_floatÁ ñ Ž= ñ îg ÷ Ÿ ÷ ÷ ÷ ÷ •*ý ý ÷ •+€ È= � € Ó= € ç= •,•-† † Œp •.‰ ¦p Š ¼p •/Œ Œ ÷ •0� È= � � Ó= � ç= •1•2• • �q •3˜ ¦p ™ ¼p •4› › ÷ •5ž È= Ÿ ž Ó= ž ç= •6•7¤ ¤
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from_floatÁ •8§ ¦p ¨ ¼p ••9« « ñn « ˆo « Öq « Ž= « îg ± Ÿ ± ± ± ± •:· · ÷ •;º È= » º Ó= º ç= •<•=À À Œp •>Ã ¦p Ä ¼p •?Æ Æ ÷ •@É È= Ê É Ó= É ç= •A•BÏ Ï �q •CÒ ¦p Ó ¼p •DÕ Õ ÷ •EØ È= Ù Ø Ó= Ø ç= •F•GÞ Þ •t •Há ¦p â ¼p ••Iå å ñn å ˆo å Ž= å îg ê Ÿ ê ê ê ê •Jð ð ÷ •Kó È= ô ó Ó= ó ç= •L•Mù ù Œp •Nü ¦p ý ¼p •Oÿ ÿ ÷ •P‚
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È= ƒ
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‹ ô€’ €“ €” €• €—' ô†’ †“ †” †• †È= †Ó= †ç= ôŽ’ Ž“ Ž” Ž• Ž× ô”’ ”“ ”” ”• ”� ôš’ š“ š” š• ôŸ’ Ÿ“ Ÿ” Ÿ• Ÿï
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ô¥’ ¥“ ¥” ¥• ¥‹ ô«’ «“ «” «• «ƒ ô±’ ±“ ±” ±• ô Tuple5ULEÁ ¶
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¶’ ¶“ ¶” ¶• ¶– ¶ˆ ¶‰ ¶Š ¶‹ ¶Œ ôÂ’ “ ” • – —' ô É’ É“ É” É• É– ÉÈ= ÉÓ= Éç= ô Ò’ Ò“ Ò” Ò• Ò– Ò× ô Ù’ Ù“ Ù” Ù• Ù– Ù� ô à’ à“ à” à• à– ô æ’ æ“ æ” æ• æ– æï
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ô!í’ í“ í” í• í– í‹ ô"ô’ ô“ ô” ô• ô– ôƒ ô#û’ û“ û” û• û– ô Tuple6ULEÁ �
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�’ �“ �” �• �– �— �ˆ �‰ �Š �‹ �Œ �� ô$�’ �“ �” �• �– �— �—' ô%—’ —“ —” —• —– —— —È= —Ó= —ç= ô&¡’ ¡“ ¡” ¡• ¡– ¡— ¡× ô'©’ ©“ ©” ©• ©– ©— ©� ô(±’ ±“ ±” ±• ±– ±— ô)¸’ ¸“ ¸” ¸• ¸– ¸— ¸ï
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ô*À’ À“ À” À• À– À— À‹ ô+È’ È“ È” È• È– È— ȃ ô,Ð’ Г Д Е Ж З ø Tuple2VarULEÁ ×’ ד ×ÒB ׬ × ×¡B Ý ø ß’ ß“ ßÒB ߬ ß øå’ å“ åÒB å—' é åœ ë ë øî’ î“ îÒB î× øó’ ó“ óÒB ó� øø’ ø“ øÒB øü’ ü“ üÒB üï
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ø�’ �“ �ÒB �‹ ø†’ †“ † AEÁ † BEÁ †ÒB †Ü Œ£ Œ‚ †£ � †¼ ‘ ø“Š “’ ““ “Œ� “–� “ÒB “é ø Tuple3VarULEÁ ›’ ›“ ›” ›ÒB ›¬ › ›® ›¡B £ ø ¥’ ¥“ ¥” ¥ÒB ¥¬ ¥ ¥® ø
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’ “ ” ÒB —' ² œ ´ ´ ø ·’ ·“ ·” ·ÒB ·× ø ½’ ½“ ½” ½ÒB ½� ø
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Ã’ Ó Ô ÃÒB øÈ’ È“ È” ÈÒB Èï
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øÎ’ Γ Δ ÎÒB ΋ øÔ’ Ô“ Ô” ÔŒ� Ô–� Ô CEÁ ÔÒB ÔÜ Ü£ Ü‚ Ô£ ß Ô¼ á ø㊠㒠㓠㔠ãŒ� ã–� ãû” ãÒB ãé ø Tuple4VarULEÁ í’ í“ í” í• íÒB í¬ í í® í¯ í¡B ÷ øù’ ù“ ù” ù• ùÒB ù¬ ù ù® ù¯ øƒ’ ƒ“ ƒ” ƒ• ƒÒB ƒ—' ‰ ƒœ ‹ ‹ øŽ’ Ž“ Ž” Ž• ŽÒB Ž× ø•’ •“ •” •• •ÒB •� øœ’ œ“ œ” œ• œÒB ø¢’ ¢“ ¢” ¢• ¢ÒB ¢ï
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ø©’ ©“ ©” ©• ©ÒB ©‹ ø°’ °“ °” °• °Œ� °–� °û” ° DEÁ °ÒB °Ü º£ º‚ °£ ½ °¼ ¿ øÁŠ Á’ Á“ Á” Á• ÁŒ� Á–� Áû” ÁÒš ÁÒB Áé ø Tuple5VarULEÁ Í’ Í“ Í” Í• Í– ÍÒB ͬ Í Í® ͯ Í° Í¡B Ù øÛ’ Û“ Û” Û• Û– ÛÒB Û¬ Û Û® Û¯ Û° ø ç’ ç“ ç” ç• ç– çÒB ç—' î çœ ð ð ø ó’ ó“ ó” ó• ó– óÒB ó× ø û’ û“ û” û• û– ûÒB û� ø ƒ’ ƒ“ ƒ” ƒ• ƒ– ƒÒB ø Š’ Š“ Š” Š• Š– ŠÒB Šï
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ø*‰’ ‰“ ‰” ‰• ‰– ‰— ‰ÒB ‰‹ ø+’’ ’“ ’” ’• ’– ’— ’Œ� ’–� ’û” ’Òš ’›¡ ’ FEÁ ’ÒB ’Ü £ ‚ ’£ £ ’¼ ¥ ø,§Š §’ §“ §” §• §– §— §Œ� §–� §û” §Òš §›¡ §Ö¨ §ÒB §é � VarTupleÁ ·’ ·“ ·œ · variableÁ �¼’ ¼“ ¼× �À’ À“ �Ã’ Ó Ã� �Ç’ Ç“ ÇÖ �Ë’ Ë“ Ëï
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0 ÿæ < ۼݼ޼© ß¼ à¼ÛἈ cSñŸ«‡zÙ°æ ‰ � ¼© Ó °æ Ô , øè 8 > ÑÛÑÛ MaybeUninitÁ ÓÛ uninitÁÝ ÔÛ»Ý Íõƒ«%9°æ • œ ü“$+ ò °æ # ó 0 Îê < • • – ëµ Fu\»Ÿ°æ k q àå y € ü‹& • Ÿ – , Áì 8 úí @ G ø—¥' —
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A “ú M Ø÷ U Þ÷ ] œù e êú m t ø�¥' ¶ Ø÷Þ÷œùêúÉü ; · H äû T Ø÷ \ Þ÷ d œù l êú t Éü | ƒ øŸ¥' � Ø÷Þ÷œùêúÉü¸þ B ‚ O Æý [ Ø÷ c Þ÷ k œù s êú { Éü ƒ ¸þ ‹ ’ X¿“Îö ¢ í Å<Lß² ‘ é.<Ÿ¹ ’ †Bœ˜ è ùTßN
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dËP “ › ¼)TÞP â œ ¼) ã œ ™ L„Q Ä ž ¹ <�Q ¬ Ÿ make_uleÁD…| ¹ º make_varuleÁ\Ó£ º » ü²¬« ü™M J Zero-copy vector abstractions for arbitrary types, backed by byte slices.Á ç ú üëi f `zerovec` enables a far wider range of types — beyond just `&[u8]` and `&str` — to participate inÁ üÕ` ] zero-copy deserialization from byte slices. It is `serde` compatible and comes equipped withÁ |¶ proc macrosÁ Æ ú üÊX U Clients upgrading to `zerovec` benefit from zero heap allocations when deserializingÁ œ£ read-only data.Á · ú ü»# This crate has four main types:Á ß ú üã[ X - [`ZeroVec<'a, T>`] (and [`ZeroSlice<T>`](ZeroSlice)) for fixed-width types like `u32`Á ü¿d a - [`VarZeroVec<'a, T>`] (and [`VarZeroSlice<T>`](ZeroSlice)) for variable-width types like `str`Á ü¤ 2 / - [`ZeroMap<'a, K, V>`] to map from `K` to `V`Á ü× I F - [`ZeroMap2d<'a, K0, K1, V>`] to map from the pair `(K0, K1)` to `V`Á ¡
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w t The first two are intended as close-to-drop-in replacements for `Vec<T>` in Serde structs. The third and fourth areÁ ü� … ‚ intended as a replacement for `HashMap` or [`LiteMap`](https://docs.rs/litemap). When used with Serde derives, **be sure to applyÁ ü£ N K `#[serde(borrow)]` to these types**, same as one would for [`Cow<'a, T>`].Á ò ú üö v s [`ZeroVec<'a, T>`], [`VarZeroVec<'a, T>`], [`ZeroMap<'a, K, V>`], and [`ZeroMap2d<'a, K0, K1, V>`] all behave likeÁ üí
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l i [`Cow<'a, T>`] in that they abstract over either borrowed or owned data. When performing deserializationÁ üÚ� Œ from human-readable formats (like `json` and `xml`), typically these types will allocate and fully own their data, whereas if deserializingÁ üê… ‚ from binary formats like `bincode` and `postcard`, these types will borrow data directly from the buffer being deserialized from,Á üð• ’ avoiding allocations and only performing validity checks. As such, this crate can be pretty fast (see [below](#Performance) for more information)Á ¼† on deserialization.Á ž ú ü¢‚ See [the design doc](https://github.com/unicode-org/icu4x/blob/main/utils/zerovec/design_doc.md) for details on how this crateÁ Ì¥ works under the hood.Á ¿ ú ¤Ã # Cargo featuresÁ Ø ú üÜ3 0 This crate has several optional Cargo features:Á ü�r o - `serde`: Allows serializing and deserializing `zerovec`'s abstractions via [`serde`](https://docs.rs/serde)Á üƒy v - `yoke`: Enables implementations of `Yokeable` from the [`yoke`](https://docs.rs/yoke/) crate, which is also usefulÁ üýB ? in situations involving a lot of zero-copy deserialization.Á üÀ | - `derive`: Makes it easier to use custom types in these collections by providing the [`#[make_ule]`](crate::make_ule) andÁ üÀr o [`#[make_varule]`](crate::make_varule) proc macros, which generate appropriate [`ULE`](crate::ule::ULE) andÁ ü³Q N [`VarULE`](crate::ule::VarULE)-conformant types for a given "normal" type.Á ü…ƒ € - `std`: Enabled `std::Error` implementations for error types. This crate is by default `no_std` with a dependency on `alloc`.Á ‰ ú ü� [`ZeroVec<'a, T>`]: ZeroVecÁ ü% " [`VarZeroVec<'a, T>`]: VarZeroVecÁ üÓ" [`ZeroMap<'a, K, V>`]: ZeroMapÁ üö+ ( [`ZeroMap2d<'a, K0, K1, V>`]: ZeroMap2dÁ ü¢& # [`Cow<'a, T>`]: alloc::borrow::CowÁ É ú tÍ # ExamplesÁ Ü ú üàX U Serialize and deserialize a struct with [`ZeroVec`] and [`VarZeroVec`] with Bincode:Á ¹ ú <½ ```Á üÅ ! # #[cfg(feature = "serde")] {Á üç ' $ use zerovec::{VarZeroVec, ZeroVec};Á � ú ü“ 0 - // This example requires the "serde" featureÁ üÄ 3 0 #[derive(serde::Serialize, serde::Deserialize)]Á üø " pub struct DataStruct<'data> {Á Ä› #[serde(borrow)]Á ü´ " nums: ZeroVec<'data, u32>,Á Ä× ×µ üð $ ! chars: ZeroVec<'data, char>,Á Ä• ×µ ü® % " strs: VarZeroVec<'data, str>,Á ,Ô }Á Ú ú ÜÞ let data = DataStruct {Á üú B ? nums: ZeroVec::from_slice_or_alloc(&[211, 281, 421, 461]),Á ü½ @ = chars: ZeroVec::alloc_from_slice(&['ö', '冇', 'म']),Á üþ 4 1 strs: VarZeroVec::from(&["hello", "world"]),Á 4³! };Á ¼º! let bincode_bytes =Á üÒ!O L bincode::serialize(&data).expect("Serialization should be successful");Á ü¢"( % assert_eq!(bincode_bytes.len(), 63);Á Ë" ú üÏ"G D let deserialized: DataStruct = bincode::deserialize(&bincode_bytes)Á ü—#8 5 .expect("Deserialization should be successful");Á üÐ#5 2 assert_eq!(deserialized.nums.first(), Some(211));Á ü†$7 4 assert_eq!(deserialized.chars.get(1), Some('冇'));Á ü¾$8 5 assert_eq!(deserialized.strs.get(1), Some("world"));Á ü÷$; 8 // The deserialization will not have allocated anythingÁ ü³%+ ( assert!(!deserialized.nums.is_owned());Á äß% # } // feature = "serde"Á <ü%
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d: u8Á ,ê) ›· ð) ú üô)7 4 // custom variable sized VarULE type for VarZeroVecÁ ü¬*& # #[zerovec::make_varule(PersonULE)]Á üÓ*N K #[zerovec::derive(Serialize, Deserialize)] // add Serde impls to PersonULEÁ ü¢+Z W #[derive(Clone, PartialEq, Eq, Ord, PartialOrd, serde::Serialize, serde::Deserialize)]Á ¼ý+ struct Person<'a> {Á ¼•, birthday: Date,Á ü,! favorite_character: char,Á ÄÏ, ×µ Üè, name: Cow<'a, str>,Á ,„- ›· Š- ú üŽ-3 ï´ ¬Â- struct Data<'a> {Á ÄØ- ×µ üñ-+ ( important_dates: ZeroVec<'a, Date>,Á ü�.G D // note: VarZeroVec always must reference the ULE type directlyÁ Äå. ×µ üþ.4 1 important_people: VarZeroVec<'a, PersonULE>,Á ij/ ×µ üÌ/9 6 birthdays_to_people: ZeroMap<'a, Date, PersonULE>Á ,†0 ›· Œ0 ú �0 ú Ô”0 let person1 = Person {Á ü¯0. + birthday: Date { y: 1990, m: 9, d: 7},Á üÞ0! favorite_character: 'Ï€',Á ü€1 name: Cow::from("Kate")Á 4 1 ¹ Ô§1 let person2 = Person {Á üÂ1/ , birthday: Date { y: 1960, m: 5, d: 25},Á üò1" favorite_character: '冇',Á ü•2 name: Cow::from("Jesse")Á 4¶2 ¹ ½2 ú üÁ2� � let important_dates = ZeroVec::alloc_from_slice(&[Date { y: 1943, m: 3, d: 20}, Date { y: 1976, m: 8, d: 2}, Date { y: 1998, m: 2, d: 15}]);Á üÒ3C @ let important_people = VarZeroVec::from(&[&person1, &person2]);Á ü–4K H let mut birthdays_to_people: ZeroMap<Date, PersonULE> = ZeroMap::new();Á üâ4Z W // `.insert_var_v()` is slightly more convenient over `.insert()` for custom ULE typesÁ ü½5B ? birthdays_to_people.insert_var_v(&person1.birthday, &person1);Á ü€6B ? birthdays_to_people.insert_var_v(&person2.birthday, &person2);Á Ã6 ú üÇ6O L let data = Data { important_dates, important_people, birthdays_to_people };Á —7 ú ü›71 . let bincode_bytes = bincode::serialize(&data)Á üÍ76 3 .expect("Serialization should be successful");Á ü„8) & assert_eq!(bincode_bytes.len(), 160);Á ®8 ú ü²8A > let deserialized: Data = bincode::deserialize(&bincode_bytes)Á üô88 Å» 9 ú ü±9E B assert_eq!(deserialized.important_dates.get(0).unwrap().y, 1943);Á ü÷9M J assert_eq!(&deserialized.important_people.get(1).unwrap().name, "Jesse");Á üÅ:L I assert_eq!(&deserialized.important_people.get(0).unwrap().name, "Kate");Á ü’;_ \ assert_eq!(&deserialized.birthdays_to_people.get(&person1.birthday).unwrap().name, "Kate");Á ò; ú üö;# } // feature = serde and deriveÁ <š< ¼³ ¢< ú Œ¦< # PerformanceÁ ¸< ú ü¼<a ^ `zerovec` is designed for fast deserialization from byte buffers with zero memory allocationsÁ üž=J G while minimizing performance regressions for common vector operations.Á é= ú üí=" Benchmark results on `x86_64`:Á �> ú ü”>( % | Operation | `Vec<T>` | `zerovec` |Á Œ½> |---|---|---|Á üÏ>< 9 | Deserialize vec of 100 `u32` | 233.18 ns | 14.120 ns |Á üŒ?T Q | Compute sum of vec of 100 `u32` (read every element) | 8.7472 ns | 10.775 ns |Á üá?H E | Binary search vec of 1000 `u32` 50 times | 442.80 ns | 472.51 ns |Á üª@B ? | Deserialize vec of 100 strings | 7.3740 μs\* | 1.4495 μs |Á üí@V S | Count chars in vec of 100 strings (read every element) | 747.50 ns | 955.28 ns |Á üÄAI F | Binary search vec of 500 strings 10 times | 466.09 ns | 790.33 ns |Á ŽB ú ü’BÝ Ú \* *This result is reported for `Vec<String>`. However, Serde also supports deserializing to the partially-zero-copy `Vec<&str>`; this gives 1.8420 μs, much faster than `Vec<String>` but a bit slower than `zerovec`.*Á ðC ú üôCE B | Operation | `HashMap<K,V>` | `LiteMap<K,V>` | `ZeroMap<K,V>` |Á ¬ºD |---|---|---|---|Á üÐD> ; | Deserialize a small map | 2.72 μs | 1.28 μs | 480 ns |Á ü�E= : | Deserialize a large map | 50.5 ms | 18.3 ms | 3.74 ms |Á üÍEE
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Õë 4 TÏáãÍϾÀL´�ÌÃ�„™o”¯b”ÇMüë $ üÜf c Copy-on-write type that efficiently represents [`VarULE`] types as their bitstream representation.Á Ãú üÇl i The primary use case for [`VarULE`] types is the ability to store complex variable-length datastructuresÁ ü´B ? inside variable-length collections like [`crate::VarZeroVec`].Á ÷ú üûf c Underlying this ability is the fact that [`VarULE`] types can be efficiently represented as a flatÁ |â bytestream.Á òú üöo l In zero-copy cases, sometimes one wishes to unconditionally use this bytestream representation, for exampleÁ üæq n to save stack size. A struct with five `Cow<'a, str>`s is not as stack-efficient as a single `Cow` containingÁ üØS P the bytestream representation of, say, `Tuple5VarULE<str, str, str, str, str>`.Á ¬ ú ü° m j This type helps in this case: It is logically a `Cow<'a, V>`, with some optimizations, that is guaranteedÁ üž
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@ = to serialize as a byte stream in machine-readable scenarios.Á ß
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i f During human-readable serialization, it will fall back to the serde impls on `V`, which ought to haveÁ ìÍ a human-readable variant.Á Tö Š § Îì¥É … ¥É ŠÜ×
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Y [ ¦¡l\‡ • Y [ «¡l – Y [ «äñWT“œ¦K´¿>ÌÛ1„úüú+ ü�C @ This trait allows switching between different possible internalÁ üÑ9 6 representations of [`VarZeroVec`](super::VarZeroVec).Á ‹ú ü�Y V Currently this crate supports three formats: [`Index8`], [`Index16`] and [`Index32`],Á üéP M with [`Index16`] being the default for all [`VarZeroVec`](super::VarZeroVec)Á üº0 - types unless explicitly specified otherwise.Á ëú üïL I Do not implement this trait, its internals may be changed in the future,Á ü¼= : and all of its associated items are hidden from the docs.Á „„ ` ` Íì , î¨<– ` æ¨" ø¨ æ¨. ø¨)abab Íìî¨ a ¼½ c·© TÉ ¯© Æ© Íìî¨ b ¬ê cê© Tô â© ù© ´½ ü¬* ' The type to use for the indexing arrayÁ Ûú üãB ? Safety: must be a ULE for which all byte sequences are allowedÁ 4° , ` ` ¤ê üÙ* ' The type to use for the length segmentÁ ˆ ú ü� Bã© 4Ý ï ` ` üö 4í T‡ c c Îìî¨ üö Œ °î¨ “ c Š) � Š5 �)defghdefgh g h üé # 4Ü |ï c c ŒË
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„ Š ¦¡lÑ6 • „ Š «¡lé6 – „ Š «ŒÏkn\_Ü�Q,±T¿LÒKN(+LþøÌ�é„ńöü¯ / ü”Z W A zero-copy "slice", that works for unsized types, i.e. the zero-copy version of `[T]`Á ìï where `T` is not `Sized`.Á �ú ü‘` ] This behaves similarly to [`VarZeroVec<T>`], however [`VarZeroVec<T>`] is allowed to containÁ üòQ N owned data and as such is ideal for deserialization since most human readableÁ üÄG D serialization formats cannot unconditionally deserialize zero-copy.Á Œú ü�f c This type can be used inside [`VarZeroVec<T>`](crate::VarZeroVec) and [`ZeroMap`](crate::ZeroMap):Á ü÷j g This essentially allows for the construction of zero-copy types isomorphic to `Vec<Vec<T>>` by insteadÁ üâ% " using `VarZeroVec<ZeroSlice<T>>`.Á ˆ ú üŒ u r The `F` type parameter is a [`VarZeroVecFormat`] (see its docs for more details), which can be used to select theÁ ü‚
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q n precise format of the backing buffer with various size and performance tradeoffs. It defaults to [`Index16`].Á ô
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Q N This type can be nested within itself to allow for multi-level nested `Vec`s.Á Ê ú tÎ «² Ý ú ¤á ## Nested SlicesÁ ö ú üú ] Z The following code constructs the conceptual zero-copy equivalent of `Vec<Vec<Vec<str>>>`Á Ø ú \Ü Á¿ üè , ) use zerovec::{VarZeroSlice, VarZeroVec};Á ü•
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9 6 let strings_1: Vec<&str> = vec!["foo", "bar", "baz"];Á üÏ
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H E let strings_2: Vec<&str> = vec!["twelve", "seventeen", "forty two"];Á ü˜B ? let strings_3: Vec<&str> = vec!["我", "å–œæ¡", "çƒ�é¾�茶"];Á üÛ> ; let strings_4: Vec<&str> = vec!["w", "ω", "æ–‡", "𑄃"];Á üš4 1 let strings_12 = vec![&*strings_1, &*strings_2];Á üÏ4 1 let strings_34 = vec![&*strings_3, &*strings_4];Á ü„3 0 let all_strings = vec![strings_12, strings_34];Á ¸ú ü¼> ; let vzv_1: VarZeroVec<str> = VarZeroVec::from(&strings_1);Á üû> ; let vzv_2: VarZeroVec<str> = VarZeroVec::from(&strings_2);Á üº> ; let vzv_3: VarZeroVec<str> = VarZeroVec::from(&strings_3);Á üù> ; let vzv_4: VarZeroVec<str> = VarZeroVec::from(&strings_4);Á ü¸I F let vzv_12 = VarZeroVec::from(&[vzv_1.as_slice(), vzv_2.as_slice()]);Á ü‚I F let vzv_34 = VarZeroVec::from(&[vzv_3.as_slice(), vzv_4.as_slice()]);Á üÌL I let vzv_all = VarZeroVec::from(&[vzv_12.as_slice(), vzv_34.as_slice()]);Á ™ú ü�6 3 let reconstructed: Vec<Vec<Vec<String>>> = vzv_allÁ |Ô .iter()Á üä4 1 .map(|v: &VarZeroSlice<VarZeroSlice<str>>| {Á ¤™ v.iter()Á ü®, ) .map(|x: &VarZeroSlice<_>| {Á üÛ% " x.as_varzerovec()Á ü� .iter()Á ü¡. + .map(|s| s.to_owned())Á üÐ1 . .collect::<Vec<String>>()Á ”‚ })Á ü•$ ! .collect::<Vec<_>>()Á Tº })Á ìÅ .collect::<Vec<_>>();Á üã+ ( assert_eq!(reconstructed, all_strings);Á �ú ü“# let bytes = vzv_all.as_bytes();Á ü·E B let vzv_from_bytes: VarZeroVec<VarZeroSlice<VarZeroSlice<str>>> =Á üý0 - VarZeroVec::parse_bytes(bytes).unwrap();Á ü®( % assert_eq!(vzv_from_bytes, vzv_all);Á <×¼³ ßú Üã ## Iterate over WindowsÁ ÿú üƒM J Although [`VarZeroSlice`] does not itself have a `.windows` iterator likeÁ üÑT Q [`core::slice::Windows`], this behavior can be easily modeled using an iterator:Á ¦ú <ª¼³ ä² use zerovec::VarZeroVec;Á Ïú üÓ= : let vzv = VarZeroVec::<str>::from(&["a", "b", "c", "d"]);Á ü‘ 4 1 # let mut pairs: Vec<(&str, &str)> = Vec::new();Á Æ ú üÊ ' $ let mut it = vzv.iter().peekable();Á üò ; 8 while let (Some(x), Some(y)) = (it.next(), it.peek()) {Á ü® // Evaluate (x, y) here.Á ÜÏ # pairs.push((x, y));Á ,ë ›· üñ ? < # assert_eq!(pairs, &[("a", "b"), ("b", "c"), ("c", "d")]);Á <± ¼³ dº ¥ ” — • ” • ·ê Ç ¡ÿ\Ò ƒÔ ØY¼¦f�N –—(* - Ò ÚÌ Üå 4å „ “ “ • • – ëµ Fu\»ŸÛÓÕÓ”» d» „ “ “ àåüÒ @ ¥ ™ — š ™ š ·ê × ¡ÿ ë äê4Ú ºÿ„î ƒÔ›œžŸ ¡£¤¥¦¨ AC FH üÈ!) ü™!* ' Construct a new empty [`VarZeroSlice`]ÁLÕ! ƒÔ ˜ ˜
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œÕÓÛÓ$ô# ü‡'? üÏ%J G Uses a `&[u8]` buffer as a `VarZeroSlice<T>` without any verification.Á ž&ú d¦&ãý ·&ú ü¿&C @ `bytes` need to be an output from [`VarZeroSlice::as_bytes()`].Á¤›' ¸ ¸àå ¸ƒÔ ˜ ·' ˜
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žÕÓÛÓ�´=£Ôó* üÁ(, ) Get the number of elements in this sliceÁ ò(ú lú(
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# ExampleÁ Œ)ú \”)Á¿ ô¤) # use zerovec::VarZeroVec;Á Ç)ú üÏ)4 1 let strings = vec!["foo", "bar", "baz", "quux"];Á üˆ*0 - let vec = VarZeroVec::<str>::from(&strings);Á ½*ú ìÅ* assert_eq!(vec.len(), 4);Á <ç*¼³ ú* ¹ ¹ƒÔ ˜ þ* ˜
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ŸÕÓÛÓ$ÿ*ôç- ü¾+5 2 Returns `true` if the slice contains no elements.Á ø+ú t€,«² “,ú <›,¼³ ô§,“¹ Ê,ú üÒ,& # let strings: Vec<String> = vec![];Á üý,0…º ²-ú äº- assert!(vec.is_empty());Á <Û-¼³Dî- º ºƒÔ ˜ ÷- ˜
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ÕÓÛÓ$ø-üÁ27 ü».1 . Obtain an iterator over this slice's elementsÁ ñ.ú lù.ä¸ ‹/ú \“/Á¿ ô£/“¹ Æ/ú üÎ/4ǹ ü‡00…º ¼0ú üÄ0; 8 let mut iter_results: Vec<&str> = vec.iter().collect();Á ü„1' $ assert_eq!(iter_results[0], "foo");Á ü°1' $ assert_eq!(iter_results[1], "bar");Á üÜ1' $ assert_eq!(iter_results[2], "baz");Á üˆ2( % assert_eq!(iter_results[3], "quux");Á <µ2¼³$È2 ¢ ¢ƒÔ …
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¡ÕÓÛÓ$Õ2 üý7+ üª3T Q Get one of this slice's elements, returning `None` if the index is out of boundsÁ ƒ4ú l‹4ä¸ �4ú \¥4Á¿ ôµ4“¹ Ø4ú üà44ǹ ü™50…º Î5ú üÖ5;ì¿ ü–6( % assert_eq!(vec.get(0), Some("foo"));Á üÃ6( % assert_eq!(vec.get(1), Some("bar"));Á üð6( % assert_eq!(vec.get(2), Some("baz"));Á ü�7) & assert_eq!(vec.get(3), Some("quux"));Á üË7! assert_eq!(vec.get(4), None);Á <ñ7¼³ „8 » »ƒÔ ۼݼ޼© ß¼ à¼ÛἈ cSñŸ«‡zÙ »ÕÓ ˜ ˆ8 ˜
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£ÕÓÛÓ$‰8éÉ �8üÖ=4 üÜ8$ ! Get one of this slice's elementsÁ …9ú d�9ãý ž9ú ä¦9 `index` must be in rangeÁ Ç9ú lÏ9ä¸ á9ú \é9Á¿ ôù9“¹ œ:ú ü¤:4ǹ üÝ:0…º ’;ú üš;;ì¿ dÚ; unsafe {Á üë;0 - assert_eq!(vec.get_unchecked(0), "foo");Á ü <0 - assert_eq!(vec.get_unchecked(1), "bar");Á üÕ<0 - assert_eq!(vec.get_unchecked(2), "baz");Á üŠ=1 . assert_eq!(vec.get_unchecked(3), "quux");Á ,À=›· <Ê=¼³lä= ¼ ¼ƒÔ ¼ÕÓ ˜ ò= ˜
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¤ÕÓÛÓ$ó=éÉ ù=üÂD% ü@F C Get a reference to the entire encoded backing buffer of this sliceÁ ø@ú ü€A< 9 The bytes can be passed back to [`Self::parse_bytes()`].Á ÁAú üÉAD A To take the bytes as a vector, see [`VarZeroVec::into_bytes()`].Á ’Bú lšBä¸ ¬Bú \´BÁ¿ ôÄB“¹ çBú üïB, ) let strings = vec!["foo", "bar", "baz"];Á ü C0 - let vzv = VarZeroVec::<str>::from(&strings);Á ÕCú üÝCF C assert_eq!(vzv, VarZeroVec::parse_bytes(vzv.as_bytes()).unwrap());Á <¨D¼³DÏD ½ ½ƒÔ ½àå ˜ ØD ˜
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¥ÕÓÛÓ$ÙDüÞF@ ü�E: 7 Get this [`VarZeroSlice`] as a borrowed [`VarZeroVec`]Á ÏEú ü×ED A If you wish to repeatedly call methods on this [`VarZeroSlice`],Á ü F9 6 it is more efficient to perform this conversion firstÁlëF § §ƒÔ â â ã¼) çˆ Ó 7)ºëØj §ÕÓÛÓ ˜ ùF ˜
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¦ÕÓÛÓ$�G !ü„IE üàGC @ Parse a [`VarZeroSlice`] from a slice of the appropriate formatÁ ¨Hú ü°HO L Slices of the right format can be obtained via [`VarZeroSlice::as_bytes()`]Á\‹I © ©àå Ö¿Ù¿ Ú¿« Û¿ˆ Ü¿ Ý¿Þ¿ˆ ‚†f|Â
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¨ÕÓÛÓž,›I ü‚Jf ¥ « — ¬ ¬ « ·ê ‡J ¡ÿ ŠJ äê4J ºÕÓ ËJ ºÿ„×JƒÔ® 68 ;= ü¼O: üïJ] Z Binary searches a sorted `VarZeroVec<T>` for the given element. For more information, seeÁ üÑK4 1 the standard library function [`binary_search`].Á ŠLú l’Lä¸ ¤Lú <¬L¼³ ô¸L“¹ ÛLú üãL+ ( let strings = vec!["a", "b", "f", "g"];Á ü“M0…º ÈMú üÐM. + assert_eq!(vec.binary_search("f"), Ok(2));Á üƒN/ , assert_eq!(vec.binary_search("e"), Err(2));Á <·N¼³ ÃNú üËN^ [ [`binary_search`]: https://doc.rust-lang.org/std/primitive.slice.html#method.binary_searchÁlÃO ¾ ¿ ¾ƒÔ ¿ÕÓ „Ü ª ÑO ª
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ÕÓÛÓ$ÒOà ØOü´\ ü²PZ W Binary searches a `VarZeroVec<T>` for the given element within a certain sorted range.Á ‘Qú ü™QZ W If the range is out of bounds, returns `None`. Otherwise, returns a `Result` accordingÁ üøQG D to the behavior of the standard library function [`binary_search`].Á ÄRú üÌR= : The index is returned relative to the start of the range.Á ŽSú l–Sä¸ ¨Sú <°S¼³ ô¼S“¹ üßS: 7 let strings = vec!["a", "b", "f", "g", "m",
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Ù Ú ¦¡lœ{ • Ù Ú «¡l´{ – Ù Ú «TÏLãþÛÞËÎL�«„žž,µ3Ê üï> ; A zero-copy, byte-aligned vector for variable-width types.Á ®ú ü²_ \ `VarZeroVec<T>` is designed as a drop-in replacement for `Vec<T>` in situations where it isÁ ü’a ^ desirable to borrow data from an unaligned byte slice, such as zero-copy deserialization, andÁ üô7 4 where `T`'s data is variable-length (e.g. `String`)Á ¬ú ü°h e `T` must implement [`VarULE`], which is already implemented for [`str`] and `[u8]`. For storing moreÁ ü™d a complicated series of elements, it is implemented on `ZeroSlice<T>` as well as `VarZeroSlice<T>`Á üþU R for nesting. [`zerovec::make_varule`](crate::make_varule) may be used to generateÁ üÔR O a dynamically-sized [`VarULE`] type and conversions to and from a custom type.Á §ú ü«K H For example, here are some owned types and their zero-copy equivalents:Á ÷ú üû* ' - `Vec<String>`: `VarZeroVec<'a, str>`Á ü¦ - * - `Vec<Vec<u8>>>`: `VarZeroVec<'a, [u8]>`Á üÔ 7 4 - `Vec<Vec<u32>>`: `VarZeroVec<'a, ZeroSlice<u32>>`Á üŒ
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{ x Most of the methods on `VarZeroVec<'a, T>` come from its [`Deref`] implementation to [`VarZeroSlice<T>`](VarZeroSlice).Á Ê ú üÎ X U For creating zero-copy vectors of fixed-size types, see [`ZeroVec`](crate::ZeroVec).Á § ú ü« c ` `VarZeroVec<T>` behaves much like [`Cow`](alloc::borrow::Cow), where it can be constructed fromÁ ü�
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uï– üÒqî— Äú ÄÈ # Bytes and EqualityÁ áú üåa ^ Two [`VarZeroVec`]s are equal if and only if their bytes are equal, as described in the traitÁ üÇ_ \ [`VarULE`]. However, we do not guarantee stability of byte equality or serialization formatÁ ü§! across major SemVer releases.Á Éú üÍV S To compare a [`Vec<T>`] to a [`VarZeroVec<T>`], it is generally recommended to useÁ ü¤a ^ [`Iterator::eq`], since it is somewhat expensive at runtime to convert from a [`Vec<T>`] to aÁ ü†$ ! [`VarZeroVec<T>`] or vice-versa.Á «ú ü¯] Z Prior to zerovec reaching 1.0, the precise byte representation of [`VarZeroVec`] is stillÁ ü�R O under consideration, with different options along the space-time spectrum. SeeÁ üà> ; [#1410](https://github.com/unicode-org/icu4x/issues/1410).Á Ÿú l£ä¸ ±ú \µÁ¿ äÁ߬ Þú üâA > // The little-endian bytes correspond to the list of strings.Á ü¤1 . let strings = vec!["w", "ω", "æ–‡", "𑄃"];Á Öú üÚ3ï´ ¬ŽêÇ Ä¤×µ ü½% " strings: VarZeroVec<'a, str>,Á ,ã›· éú ¬í let data = Data {Á üƒ, ) strings: VarZeroVec::from(&strings),Á 4°¹ ·ú ¼»¼¹ üÓOݹ £ú ü§+ ( // Will deserialize without allocationsÁ üÓAÈÔ ü•8Å» Îú üÒ9 6 assert_eq!(deserialized.strings.get(2), Some("æ–‡"));Á üŒ0 - assert_eq!(deserialized.strings, &*strings);Á <½¼³ Åú üÉB ? Here's another example with `ZeroSlice<T>` (similar to `[T]`):Á Œ ú \� Á¿ äœ ß¬ ܹ use zerovec::ZeroSlice;Á Õ ú üÙ > ; // The structured list correspond to the list of integers.Á ü˜ let numbers: &[&[u32]] = &[Á ´¸ &[12, 25, 38],Á ´Ï &[39179, 100],Á ¬æ &[42, 55555],Á Üü &[12345, 54321, 9],Á 4˜ ];Á Ÿ ú ü£ 3ï´ ¬× êÇ Äí ×µ ü† - * vecs: VarZeroVec<'a, ZeroSlice<u32>>,Á ,´ ›· º ú ¬¾ ¾° üÔ ( % vecs: VarZeroVec::from(numbers),Á 4ý ¹ „ ú ¼ˆ ¼¹ ü Oݹ ð ú üô AÈÔ ü¶!8Å» ï!ú üó!9 6 assert_eq!(deserialized.vecs[0].get(1).unwrap(), 25);Á ü"2 / assert_eq!(deserialized.vecs[1], *numbers[1]);Á <à"¼³ è"ú üì"f c [`VarZeroVec`]s can be nested infinitely via a similar mechanism, see the docs of [`VarZeroSlice`]Á ÌÓ# for more information.Á í#ú ”ñ# # How it WorksÁ „$ú üˆ$Y V `VarZeroVec<T>`, when used with non-human-readable serializers (like `bincode`), willÁ üâ$D A serialize to a specially formatted list of bytes. The format is:Á §%ú ü«%@ = - 2 bytes for `length` (interpreted as a little-endian u16)Á üì%O L - `2 * (length - 1)` bytes of `indices` (interpreted as little-endian u16s)Á ü¼&' $ - Remaining bytes for actual `data`Á ä&ú üè&n k The format is tweakable by setting the `F` parameter, by default it uses u16 indices and lengths but otherÁ ü×'1 . `VarZeroVecFormat` types can set other sizes.Á ‰(ú ü�(W T Each element in the `indices` array points to the ending index of its correspondingÁ üå(\ Y data part in the `data` list. The starting index can be calculated from the ending indexÁ üÂ)h e of the next element (or 0 for the first element). The last ending index, not stored in the array, isÁ ü«*% " the length of the `data` segment.Á Ñ*ú
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€ 8‘Ñ—Ñüã8L 8 Ú ¥ ‚ — ƒ Ú ‚ ƒ Å» è8 Ö» ü8 ³¾4ë8 ÍÁ„ÿ8ñÕ„… ê! ë! … 24 79 \¶94»9 � � ÀÖüÜ9&,ß9 Û ÛñÕ ÛÀÖ � å9 �
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… 8‘Ñ—Ñ$æ9ü¦:F Š ‡ ¥ ˆ — ‰ ‰ ‡ ˆ Å» ¯: Ö» Ã: ³¾4²: ÍÁ„Æ:«ÕŠ‹Œ�Ž� «:8: =? Ôê< üó:) & Creates a new, empty `VarZeroVec<T>`.Á ¡;ú t©;«² ¼;ú <Ä;¼³ äÐ;߬ ñ;ú üù;1 . let vzv: VarZeroVec<str> = VarZeroVec::new();Á ä¯< assert!(vzv.is_empty());Á <Ð<¼³ ÷< «Õ † †
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Š Š‘Ñ—ÑüèA= üÕ=A > Parse a [`VarZeroVec`] from a slice of the appropriate formatÁ ›>ú ü£>P M Slices of the right format can be obtained via [`VarZeroSlice::as_bytes()`].Á ø>ú l€?ä¸ ’?ú \š?Á¿ ôª?“¹ Í?ú üÕ?4ǹ üŽ@0…º Ã@ú üË@ assert_eq!(&vec[0], "foo");Á üï@ assert_eq!(&vec[1], "bar");Á ü“A assert_eq!(&vec[2], "baz");Á ü·A assert_eq!(&vec[3], "quux");Á <ÜA¼³\ïA øüÖ¿Ù¿ Ú¿« Û¿ˆ Ü¿ Ý¿Þ¿ˆ ‚†f|Â
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‹ Š‘Ñ—Ñž,ûAüâDA ü¬CH E Uses a `&[u8]` buffer as a `VarZeroVec<T>` without any verification.Á ùCú d�Dãý ’Dú üšDC붤öD øü«Õ † †
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Œ Š‘Ñ—Ñ�´w§ü€W- üÇV4 1 Obtain this [`VarZeroVec`] as a [`VarZeroSlice`]ÁD‡W Ü Ü«Õ ÜÀÖ † �W †
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� Š‘Ñ—Ñ$‘Wôµb üì`G D Return whether the [`VarZeroVec`] is operating on owned or borrowedÁ ü¸aI F data. [`VarZeroVec::into_owned()`] and [`VarZeroVec::make_mut()`] canÁ ü†b* ' be used to force it into an owned typeÁD¼b Ý Ý«Õ † Åb †
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À Á ¢ ¦¡lt¯ • À Á ¢ «¡l�¯ – À Á ¢ «,ÏœŽ±„§¢Hý üº= : A zero-copy "slice", i.e. the zero-copy version of `[T]`.Á øú „ü
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This behavesÁ ü�M J similarly to [`ZeroVec<T>`], however [`ZeroVec<T>`] is allowed to containÁ üÛQ˜“ üGó“ õú üùfД üàjÀ• üËd a using `VarZeroVec<ZeroSlice<T>>`. See the [`VarZeroVec`](crate::VarZeroVec) docs for an example.Á °ú t´«² Ãú üÇ+ ( Const-construct a [`ZeroSlice`] of u16:Á óú <÷¼³ äÿ use zerovec::ule::AsULE;Á Üœ·´ ¸ú ü¼! const DATA: &ZeroSlice<u16> =Á üÞK H ZeroSlice::<u16>::from_ule_slice(&<u16 as AsULE>::ULE::from_array([Á üª ! 211, 281, 421, 32973,Á dÌ ]));Á Ù ú üÝ ' $ assert_eq!(DATA.get(1), Some(281));Á <…
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0 üõ 4 1 Get this [`ZeroSlice`] as a borrowed [`ZeroVec`]Á ® ú ü¶ J G [`ZeroSlice`] does not have most of the methods that [`ZeroVec`] does,Á ü…
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N K so it is recommended to convert it to a [`ZeroVec`] before doing anything.ÁTó
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üÊ; üËP M Attempt to construct a `&ZeroSlice<T>` from a byte slice, returning an errorÁ ü % " if it's not a valid byte sequenceÁ\Ñ í íàå Ö¿Ù¿ Ú¿« Û¿ˆ Ü¿ Ý¿Þ¿ˆ ‚†f|Â
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ÌÕÓ�´,Ýü‰? üÙE B Uses a `&[u8]` buffer as a `ZeroVec<T>` without any verification.Á £ú d«ãý ¼ú üÄ@ = `bytes` need to be an output from [`ZeroSlice::as_bytes()`].Á¤� î îàå îÛÚ È ¹ È
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ÍÕÓ�´µ¬üÀ6 üÉ5 2 Construct a `&ZeroSlice<T>` from a slice of ULEs.Á ƒú ü‹X U This function can be used for constructing [`ZeroVec`]s in a const context, avoidingÁ œè parsing checks.Á €ú üˆ% " See [`ZeroSlice`] for an example.ÁtÍ ï ï²Ñ ïÛÚ È ã È ÔÑžíü¼ ü‡ L I Returns this slice as its underlying `&[u8]` byte buffer representation.Á Ø ú ìà Useful for serialization.Á ‚ ú lŠ ä¸ œ ú <¤ ¼³ Ì° use zerovec::ZeroVec;Á Î ú üÖ O L // The little-endian bytes correspond to the numbers on the following line.Á üª I F let bytes: &[u8] = &[0xD3, 0x00, 0x19, 0x01, 0xA5, 0x01, 0xCD, 0x80];Á üø / , let nums: &[u16] = &[211, 281, 421, 32973];Á ¬ ú ü´ 2 / let zerovec = ZeroVec::alloc_from_slice(nums);Á ë ú üó * ' assert_eq!(bytes, zerovec.as_bytes());Á <¢ ¼³Dà ð ðÛÚ ðàå È Ì È
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ÏÕÓ$Í üÛ!- ü�!+ ( Dereferences this slice as `&[T::ULE]`.Ádè! ñ ñÛÚ ñ²Ñ È õ! È ìÞ$ö!ü¾& ü¦"1 . Returns the number of elements in this slice.Á Ü"ú lä"ä¸ ö"ú <þ"¼³ äŠ#é… Ì«#ë— É#ú üÑ#Ió˜ üŸ$ let zerovec: ZeroVec<u16> =Á üÃ$9 6 ZeroVec::parse_bytes(bytes).expect("infallible");Á �%ú ü‰%! assert_eq!(4, zerovec.len());Á |¯%€õ ¤Ã% bytes.len(),Á üÜ%8 5 zerovec.len() * size_of::<<u16 as AsULE>::ULE>()Á 4™&úõ <¤&¼³ Ë& ò òÛÚ È Ï& È
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ÑÕÓ$Ð&ü‚+$ üŽ'( % Returns whether this slice is empty.Á »'ú lÃ'ä¸ Õ'ú <Ý'¼³ Ìé'ë— ‡(ú ü�(Ió˜ üÝ( ®ž ü�)9מ ü¿)! assert!(!zerovec.is_empty());Á å)ú üí)P M let emptyvec: ZeroVec<u16> = ZeroVec::parse_bytes(&[]).expect("infallible");Á üÂ*! assert!(emptyvec.is_empty());Á <è*¼³D�+ ó óÛÚ È ˜+ È
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ÒÕÓ$™+üÙ+( ¥ Ô Ô Ç‰ Þ+ ؉ ,û+ÛÚÕÖÛÜÝßáâãå .0 üØ/, üˆ,L I Gets the element at the specified index. Returns `None` if out of range.Á Ù,ú lá,ä¸ ó,ú <û,¼³ ̇-ë— ¥-ú ü-Ió˜ üû- ®ž üŸ.9מ Ý.ú üå.* ' assert_eq!(zerovec.get(2), Some(421));Á ü”/% " assert_eq!(zerovec.get(4), None);Á <¾/¼³ ß/ ô ôÛÚ Íé Ó ã/ Ó
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ÕÕÓ$ä/Ö,ê/ü£5< ü€1P M Gets the entire slice as an array of length `N`. Returns `None` if the sliceÁ üÕ1' $ does not have exactly `N` elements.Á �2ú l‰2ä¸ ›2ú <£2¼³ ̯2ë— Í2ú üÕ2Ió˜
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ãÕÓ$À\üÌb7 ü�]T Q Returns a tuple with the first element and a subslice of the remaining elements.Á ö]ú lþ]ä¸ �^ú <˜^¼³ ä¤^é… ÜÅ^·´ å^ú üí^!¨† ü“_KÓ† üã_!¨‡ d‰`Ò‡ üš`4 1 const EXPECTED_VALUE: (u16, &ZeroSlice<u16>) = (Á dÓ` 211,Á üä`KÓ† ä´a 281, 421, 32973,Á dÕa ])),Á 4æaúõ üña< 9 assert_eq!(EXPECTED_VALUE, DATA.split_first().unwrap());Á <²b¼³\Ób ü üÛÚ Û¼Ý¼Þ¼© ß¼ à¼ÛἈ cSñŸ«‡zÙÕÓÔ× Ó ßb Ó
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ó Š‘Ñ$®jü‡k. ¥ õ õ lj Œk ؉ ,©k ‹Ú ±kÛÚö üÏp: ü¼kZ W Binary searches a sorted `ZeroVec<T>` for the given element. For more information, seeÁ ü›l- * the primitive function [`binary_search`].Á Ílú lÕlä¸ çlú <ïl¼³ Ìûlë— ™mú ü¡mIó˜ üïm ®ž ü“n9מ Ñnú üÙn3 0 assert_eq!(zerovec.binary_search(&281), Ok(1));Á ü‘o4 1 assert_eq!(zerovec.binary_search(&282), Err(2));Á <Êo¼³ Öoú üÞo^ŸÝlÖp � ‚ �ÛÚ ‚ÕÓ „Ü ô äp ô
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Ÿ 8‘Ñ„±D¤Ë DTæLÚDDßCâCÏCÒCL†¯CÌÍ C¼ìpC„‰bC”ŸTCÌ� ü´; 8 A zero-copy, byte-aligned vector for fixed-width types.Á ðú üô\ Y `ZeroVec<T>` is designed as a drop-in replacement for `Vec<T>` in situations where it isÁ üÑ] Z desirable to borrow data from an unaligned byte slice, such as zero-copy deserialization.Á ¯ú ü³[ X `T` must implement [`AsULE`], which is auto-implemented for a number of built-in types,Á ü�X U including all fixed-width multibyte integers. For variable-width types like [`str`],Á üèU R see [`VarZeroVec`](crate::VarZeroVec). [`zerovec::make_ule`](crate::make_ule) mayÁ ü¾ e b be used to automatically implement [`AsULE`] for a type and generate the underlying [`ULE`] type.Á ¤
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H¤¦ ‡ú l‹ä¸ ™ú <�¼³ Ì¥ë— ¿ú üÃOš˜ ü“- * let nums: &[u16] = &[211, 281, 421, 461];Á Áú üÅ3ï´ ¬ùêÇ Ä�×µ ü¨ nums: ZeroVec<'a, u16>,Á ,È›· Îú üÒ& # // The owned version will allocateÁ ¬ù¾° ü�. + nums: ZeroVec::alloc_from_slice(nums),Á 4¾¹ ¼Å¼¹ üÝOݹ ú ü±+Ó± üÝAÈÔ üŸ8Å» Øú üÜ, ) // This deserializes without allocation!Á ü‰+Ž¾ üµ4 1 assert_eq!(deserialized.nums.get(2), Some(421));Á üê( % assert_eq!(deserialized.nums, nums);Á <“¼³ ›ú ¼ŸËÄ ·ú ”»È» Îú üÒa ^ `ZeroVec<T>` represents a slice of `T` as a slice of `T::ULE`. The difference between `T` andÁ ü´d a `T::ULE` is that `T::ULE` must be encoded in little-endian with 1-byte alignment. When accessingÁ ü™c ` items from `ZeroVec<T>`, we fetch the `T::ULE`, convert it on the fly to `T`, and return `T` byÁ Tý value.Á ˆú üŒy v Benchmarks can be found in the project repository, with some results found in the [crate-level documentation](crate).Á †ú üŠvÀà ’J Š ¥ ® ® ÿØ ˜ �Ù ,¨ ŽÝ Šüü ûÛ àAáš1&0 ¯°±”@B üµ"4µ¿ ¬ ¬ ¨ìäÚ<Ú¿ ¬ ¬ Øòo<ü¿ ¬ ¬ • • – ëµ Fu\»Ÿ ŠŽÝ ü� K Š ³ ¥ ´ ³ ´ ÿØ �Ù ,£ ÌìŽÝ $Ð � ŽÝ $× ûÛ œ 79 ü™ D Š ¶ ¥ · · ¶ ÿØ © �Ù ,¬ Ó“
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,öKüìM! Š ÷ ¥ ø ÷ ø ÿØ õM �Ù ,øMûÛùúûüýþÿ€� ñM13 Ô‡P ü”N0 - Creates a new, borrowed, empty `ZeroVec<T>`.Á ÉNú tÑN«² äNú <ìN¼³ ÌøNë— –Oú üžO* ' let zv: ZeroVec<u16> = ZeroVec::new();Á ÜÍO assert!(zv.is_empty());Á <íO¼³ ”P ûÛ ö ö
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ù Š‘Ñü¥Q& üÏPQ N Same as `ZeroSlice::len`, which is available through `Deref` and not `const`.ÁL²Q ± ±ûÛ ö ¼Q ö
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ú Š‘Ñ$½Qü‘\6 üñZ8 5 Creates a new borrowed [`ZeroVec`] using an existingÁ ”®[ backing bufferÁ Å[ú üÍ[1 . ✨ *Enabled with the `alloc` Cargo feature.*Ádž\ ¬áûÛ ö ö
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û Š‘Ñžc¸üâi= üËb0 - Parses a `&[u8]` buffer into a `ZeroVec<T>`.Á €cú üˆcY V This function is infallible for built-in integer types, but fallible for other types,Á üæcL I such as `char`. For more information, see [`ULE::parse_bytes_to_slice`].Á ·dú ü¿dZ W The bytes within the byte buffer must remain constant for the life of the [`ZeroVec`].Á žeú „¦e
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# EndiannessÁ »eú üÃeU R The byte buffer must be encoded in little-endian, even if running in a big-endianÁ ü�fS P environment. This ensures a consistent representation of data across platforms.Á õfú lýfä¸ �gú <—g¼³ Ì£gë— Ágú üÉgI F let bytes: &[u8] = &[0xD3, 0x00, 0x19, 0x01, 0xA5, 0x01, 0xCD, 0x01];Á ü—h ®ž ü»h9מ ùhú ü�i! assert!(!zerovec.is_owned());Á ü§i*°§ <Öi¼³\éi øüÖ¿Ù¿ Ú¿« Û¿ˆ Ü¿ Ý¿Þ¿ˆ ‚†f|Â
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ý Š‘Ñ�´†»üË|- ü…{0 - Returns this [`ZeroVec`] as a [`ZeroSlice`].Á º{ú üÂ{J G To get a reference with a longer lifetime from a borrowed [`ZeroVec`],Á ü‘|' $ use [`ZeroVec::as_maybe_borrowed`].ÁDØ| ² ²ûÛ ²ÅÛ ö á| ö
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þ Š‘Ñ$â|ôÔ¤ üœ¤% " Check if this type is fully ownedÁDÛ¤ ³ ³ûÛ ö ä¤ ö
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ÿ Š‘Ñ$å¤üñ§; ü‰¦G D If this is a borrowed [`ZeroVec`], return it as a slice that coversÁ ÜÕ¦ its lifetime parameter.Á õ¦ú üý¦B ? To infallibly get a [`ZeroSlice`] with a shorter lifetime, useÁ Ôħ [`ZeroVec::as_slice`].ÁŒø§ ´ ´ûÛ Û¼Ý¼Þ¼© ß¼ à¼ÛἈ cSñŸ«‡zÙ ŠÅÛ ö Š¨ ö
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€ Š‘Ñ$‹¨üü°4 üìªD A If the [`ZeroVec`] is owned, returns the capacity of the vector.Á µ«ú ü½«> ; Otherwise, if the [`ZeroVec`] is borrowed, returns `None`.Á €¬ú tˆ¬«² ›¬ú <£¬¼³ ̯¬ë— ͬú üÕ¬< 9 let mut zv = ZeroVec::<u8>::new_borrowed(&[0, 1, 2, 3]);Á ä– assert!(!zv.is_owned());Á ü·* ' assert_eq!(zv.owned_capacity(), None);Á æú üî2 / // Convert to owned without appending anythingÁ Ä¥® zv.with_mut(|v| ());Á Ü® assert!(zv.is_owned());Á üâ®A > assert_eq!(zv.owned_capacity(), Some(4.try_into().unwrap()));Á ¨¯ú ü°¯# // Double the size by appendingÁ üد zv.with_mut(|v| v.push(0));Á Üü¯…È
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üœ°A > assert_eq!(zv.owned_capacity(), Some(8.try_into().unwrap()));Á <â°¼³tƒ± µ µûÛ Û¼Ý¼Þ¼© ß¼ à¼ÛἈ cSñŸ«‡zÙô ô õ ¨ ÷ ˆÐ mjç�ítoé ö ’± ö
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� Š‘Ñ$“±Äܲ Š ƒ ƒ ¬ ¬ ¹ ¯Â ¿ ° ¿ ±—6 ¿ àAáš1&0 Š á²üÆ¿. Š … ¥ † … † ÿØ Ï¿ �Ù ,î¿ûÛ Ë¿ ü¹Ê. Š ˆ ¥ ‰ ‰ ˆ ÿØ ÂÊ ¹‘Ñ ,áÊûÛŠ ¾Ê$& ü—Ð5 üîÊU R Attempts to create a `ZeroVec<'a, T>` from a `&'a [T]` by borrowing the argument.Á ÈËú üÐËR O If this is not possible, such as on a big-endian platform, `None` is returned.Á §Ìú l¯Ìä¸ ÁÌú <É̼³ ÌÕÌë— óÌú üûÌOš˜ üÏÍI›¹
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ÏÎú ü×Î: 7 if let Some(zerovec) = ZeroVec::try_from_slice(nums) {Á ü–Ï% " assert!(!zerovec.is_owned());Á üÀÏ. + assert_eq!(bytes, zerovec.as_bytes());Á ,óÏ›· <ýϼ³tžÐ Š½ã ۼݼ޼© ß¼ à¼ÛἈ cSñŸ«‡zÙûÛ ‡ ‡
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Š Š‘Ñž,Ð\øÐ Šê ‹ ƒÃ ‹ ¡Ã ‹ ‹ Š ‹ ‘Ñ ²éŸê ü£Ù. Š � ¥ Ž � Ž ÿØ ¬Ù �Ù ,ËÙûÛ�� ¨Ù ! ¼ñ„ ü–„V S Remove all elements from this [`ZeroVec`] and reset it to an empty borrowed state.Á,ø„ ¶ ¶ûÛ Œ þ„ Œ
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� Š‘Ñ$ƒ…üϤ. üˆ¤4 1 Truncates this vector to `min(self.len(), max)`.ÁLÖ¤ ûÛ ûÛ Œ Œ
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ꤴҲ üú§e b Convenience wrapper for [`ZeroSlice::from_ule_slice`]. The value will be created at compile-time,Á üà¨5 2 meaning that all arguments must also be constant.Á –©ú |š© # ArgumentsÁ ª©ú ü®©W T * `$aligned` - The type of an element in its canonical, aligned form, e.g., `char`.Á ü†ªd a * `$convert` - A const function that converts an `$aligned` into its unaligned equivalent, e.g.,Á üëªF C `const fn from_aligned(a: CanonicalType) -> CanonicalType::ULE`.Á ü²«9 6 * `$x` - The elements that the `ZeroSlice` will hold.Á ì«ú tð««² ÿ«ú üƒ¬< 9 Using array-conversion functions provided by this crate:Á À¬ú <Ĭ¼³ ü̬4 1 use zerovec::{ZeroSlice, zeroslice, ule::AsULE};Á �ú ü…u r const SIGNATURE: &ZeroSlice<char> = zeroslice!(char; <char as AsULE>::ULE::from_aligned; ['b', 'y', 'e', '✌']);Á üû0 - const EMPTY: &ZeroSlice<u32> = zeroslice![];Á ¬®ú ü°®. + let empty: &ZeroSlice<u32> = zeroslice![];Á üß®T Q let nums = zeroslice!(u32; <u32 as AsULE>::ULE::from_unsigned; [1, 2, 3, 4, 5]);Á ü´¯( % assert_eq!(nums.last().unwrap(), 5);Á <ݯ¼³ å¯ú üé¯- * Using a custom array-conversion function:Á —°ú <›°¼³ ü£°F C use zerovec::{ule::AsULE, ule::RawBytesULE, zeroslice, ZeroSlice};Á ê°ú üî°: 7 const fn be_convert(num: i16) -> <i16 as AsULE>::ULE {Á ü©±& # RawBytesULE(num.to_be_bytes())Á ,б›· Ö±ú üÚ±' $ const NUMBERS_BE: &ZeroSlice<i16> =Á ü‚²7 4 zeroslice!(i16; be_convert; [1, -2, 3, -4, 5]);Á <º²¼³ (|² êJ é² ¾´ ï² ð² *ò² õ² ¢³ , ÿ² 8 ,€³ '…³ 8™ L‡³ '�³ 8š% L’³ ›³ œ³ % £³ ©³ Ú³ , ª³ 8 alignedÁ <«³ & ²³ 8´ ³³ % µ³ , ·³ 8å <¸³ & ¿³ 8› $À³ % ij Ƴ Ù³ , dz ȳ г , ɳ 8à ʳ & ˳ 8› $̳ $ ѳ Ò³ , Ô³ Õ³ ׳ $ Ö³ - س *ܳ ß³ »´ , é³ 8 ,ê³ 'ï³ 8™ Lñ³ 'ú³ ü³ , ý³ 8Þæ
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±´ % ¼´ ¤’¹ üÁ´e b Creates a borrowed [`ZeroVec`]. Convenience wrapper for `zeroslice!(...).as_zerovec()`. The valueÁ ü§µV S will be created at compile-time, meaning that all arguments must also be constant.Á þµú ü‚¶> ; See [`zeroslice!`](crate::zeroslice) for more information.Á Á¶ú tŶ«² Ô¶ú <ض¼³ üà¶0 - use zerovec::{ZeroVec, zerovec, ule::AsULE};Á ‘·ú ü•·p m const SIGNATURE: ZeroVec<char> = zerovec!(char; <char as AsULE>::ULE::from_aligned; ['a', 'y', 'e', '✌']);Á ü†¸# assert!(!SIGNATURE.is_owned());Á ª¸ú ü®¸+ ( const EMPTY: ZeroVec<u32> = zerovec![];Á üÚ¸ assert!(!EMPTY.is_owned());Á <ú¸¼³ (|‚¹ ûJ §¹ åº ¹ ®¹ *°¹ ³¹ ع , ½¹ 8 ,¾¹ 'ù 8¹ <Ź '̹ 8æ ι ѹ Ò¹ % Ù¹ ß¹ �º , ๠8Þæ
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<á¹ & è¹ 8´ é¹ % ë¹ , í¹ 8å <î¹ & õ¹ 8› $ö¹ % ú¹ ü¹ �º , ý¹ þ¹ †º , ÿ¹ 8à €º & �º 8› $‚º $ ‡º ˆº , Šº ‹º �º $ Œº - Žº *’º •º ⺠, Ÿº 8 , º '¥º 8Å< L§º °º ±º Ϻ , ²º 8Þæ
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<³º % ºº , ¼º 8å <½º % ĺ ƺ κ , Ǻ Ⱥ ˺ , ɺ 8à ʺ $ ̺ ͺ к 8Á/ TѺ Ûº ܺ % 㺠\€N üóF C Traits over unaligned little-endian data (ULE, pronounced "yule").Á º ú ü¾K H The main traits for this module are [`ULE`], [`AsULE`] and, [`VarULE`].Á Š ú üŽ„ � See [the design doc](https://github.com/unicode-org/icu4x/blob/main/utils/zerovec/design_doc.md) for details on how these traitsÁ Ì“ ܨ ˆN ”§çé’Ε×ôø�°µ¹º¿óëf j+ ²
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` Allows types to be encoded as [`VarULE`]s. This is highly useful for implementing [`VarULE`] onÁ ü€T
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h [`Self::encode_var_ule_as_slices()`] should be implemented by providing an encoded slice for each fieldÁ üÅb
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z [`Self::encode_var_ule_as_slices()`] is only used to provide default implementations for [`Self::encode_var_ule_write()`]Á üÔ j
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l replace [`Self::encode_var_ule_as_slices()`]'s body with `unreachable!()`. This can be done for cases whereÁ ü¯ j
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g it is not possible to implement [`Self::encode_var_ule_as_slices()`] but the other methods still work.Á š
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Y A typical implementation will take each field in the order found in the [`VarULE`] type,Á üû d
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a convert it to ULE, call [`ULE::slice_as_bytes()`] on them, and pass the slices to `cb` in order.Á üà
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i
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f A trailing [`ZeroVec`](crate::ZeroVec) or [`VarZeroVec`](crate::VarZeroVec) can have their underlyingÁ üÊ'
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$ byte representation passed through.Á ò
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g In case the compiler is not optimizing [`Self::encode_var_ule_len()`], it can be overridden. A typicalÁ üát
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q implementation will add up the sizes of each field on the [`VarULE`] type and then add in the byte length of theÁ ÜÖ
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dynamically-sized part.Á ò
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# Reverse-encoding [`VarULE`]Á ˜
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ú üœO
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L This trait maps a struct to its bytes representation ("serialization"), andÁ üì\
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Y [`ZeroFrom`](zerofrom::ZeroFrom) performs the opposite operation, taking those bytes andÁ üÉ4
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1 creating a struct from them ("deserialization").Á þ
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C The safety invariants of [`Self::encode_var_ule_as_slices()`] are:Á üÚ#
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d - The slices passed to `cb`, if concatenated, should be a valid instance of the `T` [`VarULE`] typeÁ üæY
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V (i.e. if fed to [`VarULE::validate_bytes()`] they must produce a successful result)Á üÀ;
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8 - It must return the return value of `cb` to the callerÁ ü
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d One or more of [`Self::encode_var_ule_len()`] and [`Self::encode_var_ule_write()`] may be provided.Á üè{
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x If both are, then `zerovec` code is guaranteed to not call [`Self::encode_var_ule_as_slices()`], and it may be replacedÁ Ôä
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with `unreachable!()`.Á ÿ
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= The safety invariants of [`Self::encode_var_ule_len()`] are:Á üÄD
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A - It must return the length of the corresponding [`VarULE`] typeÁ ‰
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ú ü�B
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? The safety invariants of [`Self::encode_var_ule_write()`] are:Á üÐT
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Q - The slice written to `dst` must be a valid instance of the `T` [`VarULE`] typeÁ t¶
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G Calls `cb` with a piecewise list of byte slices that when concatenatedÁ ü®D
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A produce the memory pattern of the corresponding instance of `T`.Á ÷
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Q Do not call this function directly; instead use the other two. Some implementorsÁ üØ &
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ñ ÇBûä lengthsÁ<Ö üÉ … üî V S Construct a partially initialized `MultiFieldsULE` backed by a mutable byte bufferÁüÐ & ôÁí ôàå ôÃä î ÷ î
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ö ÇBûäØ×üØ$� éÉ ž »,² `b \^ ü½] ü�I F Validate field at `index` to see if it is a valid `T` [`VarULE`] typeÁ ë ú dó ãý „ ú ôŒ - `index` must be in rangeÁtË ì ìÃä Ù� î¥ ú ú î î òä Ú ”å4Ý
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‹ $†) _dstÁ$Œ) üó.^ ÇB � ÒB Ž � Ž êë „ÿ. øë 4‘/ ‰ì „™/ Ãä�‘ À  ‘ � . …/ .0 üà17 üØ/p m Note: `MultiFieldsULE` is usually used in cases where one should be calling .`validate_field()` directly forÁ üÍ0< 9 each field, rather than using the regular `VarULE` impl.Á Ž1 ú ü–17 4 This impl exists so that `EncodeAsVarULE` can work.Átã1 ù ùàå Ù� Œ ù1 Œ
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n$Ý Š ’ “n ‹ ’ “÷V,á µ ’ •È= è ° ’ –È= · ’ – Ä”Ï k,Ù IK8:üÞ$ üï^ [ The [`ULE`] types implementing this trait guarantee that [`NicheBytes::NICHE_BIT_PATTERN`]Á üÎ? < can never occur as a valid byte representation of the type.Á Ž ú ü’* ' Guarantees for a valid implementation.Á ü½I F 1. N must be equal to `core::mem::sizeo_of::<Self>()` or else it willÁ ¤‡ cause panics.Á üœb _ 2. The bit pattern [`NicheBytes::NICHE_BIT_PATTERN`] must not be incorrect as it would lead toÁ ¼ÿ weird behaviour.Á ü—N K 3. The abstractions built on top of this trait must panic on an invalid N.Á üæ] Z 4. The abstractions built on this trait that use type punning must ensure that type beingÁ ÌÄ punned is [`ULE`].Á Tè — Ÿ ˜ ˜ — ŠüÞN î tó — Š! Š'™™ & ù ü‰ Œ� — — ŸüÂA ü®M J [`ULE`] type for [`NichedOption<U,N>`] where U implements [`NicheBytes`].Á üü1 . The invalid bit pattern is used as the niche.Á ® ú ü² _ \ This uses 1 byte less than [`crate::ule::OptionULE<U>`] to represent [`NichedOption<U,N>`].Á ’
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ë— Œ ú ü� * ' let bytes = &[0x00, 0x01, 0x02, 0x00];Á ü» 4 1 let zv_no: ZeroVec<NichedOption<NonZeroI8, 1>> =Á üð O L ZeroVec::parse_bytes(bytes).expect("Unable to parse as NichedOption.");Á À ú üÄ 6 3 assert_eq!(zv_no.get(0).map(|e| e.0), Some(None));Á üû C @ assert_eq!(zv_no.get(1).map(|e| e.0), Some(NonZeroI8::new(1)));Á ü¿
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‰ î t¡ ”™ lŒ ª™ œ öå " % § üÔ L ¦ ¯ Ÿ ° ° ¯ è–
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٠î tñ ”™ lÜ ª™ ì öå± Ù ± +- 0 ÷ ¼§ ,ª ÿ ÿöå öå ® ° ®
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±°æ Ÿ$± üØ \ ¦ ³ Ÿ ´ ³ ´ è–
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Ý Ã® t� ”™ là ª™ ð µß°æ°æ Lö öåµ ·ß µ AC F ‡ ü» " ¾ € � €öå �öå ² Á ²
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µ°æ Ÿ$Â ¹
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,È ü� N ¦ · Ÿ ¸ ¸ · è–
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’ î t¯ ”™ l• ª™ ¥ ™°æ « öå 02 5 µ ü‡&Q Äà Safety for ULE traitÁ üù X U 1. `NichedOptionULE` does not have any padding bytes due to `#[repr(C)]` on a structÁ üÒ " containing only ULE fields.Á üõ W T `NichedOptionULE` either contains `NICHE_BIT_PATTERN` or valid U byte sequences.Á üÍ!- * In both cases the data is initialized.Á üû!e b 2. `NichedOptionULE` is aligned to 1 byte due to `#[repr(C, packed)]` on a struct containing onlyÁ ”á" ULE fields.Á üô"O L 3. `validate_bytes` impl returns an error if invalid bytes are encountered.Á üÄ#D A 4. `validate_bytes` impl returns an error there are extra bytes.Á ü‰$< 9 5. The other ULE methods are left to their default impl.Á üÆ$f c 6. `NichedOptionULE` equality is based on ULE equality of the subfield, assuming that `NicheBytes`Á ü%Y V has been implemented correctly (this is a correctness but not a safety guarantee).Á ¦ º Ÿ » º » è–
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“& î t«& ”™ l–& ª™ ¦& öå¼ ± ¼ +- 0 ±& üß&C tâ& ‚ ‚àå Ù� ¹ ø& ¹
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¼°æ Ÿ�´,ñ& <Ð* ¼ê ½ ƒÃ ½ ¡Ã ½ ½ ¼ ½°æ Ÿ –´Ù� üú06 ¦ ¿ Ÿ À ¿ À è–
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ÿ0 î t‚1 ÿæÁ ´ Á ˆ1 ¤·1 <º1 ÿæ ¾ ¾
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Á°æ Ÿüê1\ ¦ Ã Ÿ Ä Ä Ã è–
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ï1 î tù1 µ°æ ,ò1 —°æ ¶ Ÿ l¸2 ÿæÅÆÇ ¶ · ¸ Ç Æ Z\ _ ÿ1 DÍ2 Ò2   › › �F žÄE ’ ÑF ’ šuV»< 㜲 Ÿüù2" dü2 ÿæÿæ ¶  Â
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Æ°æ Ÿ$‰3 üã3/ tæ3 å³ ÿæ Â Â
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Ç°æ Ÿ¤‰ Lõ3 ü�7; ¥ É Ÿ Ê Ê É Ç‰ ¢7 î t¥7 ¸èËÌÍ ÉL ÈL ÊL Í )+ . «7 lß7 Dä7 È È Íé ÉLLš8 $Ÿ8 È È ÕÓü®8$ L±8 ¸è¸è ÉL È È
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ÍÕÓ Ÿ$»8 T‚ ¼\“ÓÔòó®Dè ¿ß Î Ðëµ\„ • Î Ñëµ – Î Ñ‚Ž\ ÑÛ Î Òè<Ý] ” Î Ï—>Ž] § Î ÏøA�] ç Î Ï¡BŒ] é Î ÏÄE‹] ’ Πϳ
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Š] Î Î Ï´M‰] • Π϶Qˆ] × Î Ï° kŒ ô ΠϣS mŒ ø Î ÏêS oŒ � Î ÏÈ= qŒ ° Î Ï÷V sŒ µ Î ÏœW uŒ ¹ Î Ï©W wŒ º Î ÏêW yŒ ¿ Î ÏÈ> {Œ ¯ Î Ï ¢åE }Œ — Î Ï ¥�F Œ › Î Ï §ºØ_ à% Î Ï ×Û_ ` Î Ï ®žÞ_ ‰f Î Ï ¯È= ›Œ · Î Ï ÄêW œŒ ¸ Î Ï Åò �Œ ó Î Ïëf žŒ ²
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Î Ï ¡œh Œ Ì
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Î Ï £²i ¢Œ à
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Î Ï ¦²i »Œ á
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Î Ï ¦¡l ¨Œ • Î Ï «¡l ÁŒ – Î Ï «,ÏœÝ Ìö
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´•è´F ü®M J This type is the [`ULE`] type for `Option<U>` where `U` is a [`ULE`] typeÁ üú l€ä¸ Žú \’Á¿ Ìžë— ¸ú ü¼( % let z = ZeroVec::alloc_from_slice(&[Á ”å Some('a'),Á œø Some('á'),Á œŒ Some('ø'),Á l
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None,Á œ® Some('Å‚'),Á < ]);Á Êú üÎ+ ( assert_eq!(z.get(2), Some(Some('ø')));Á üú% " assert_eq!(z.get(3), Some(None));Á < ¼³ L´ ¦ Õ Õ è–
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¾øè ÛEfµU]O Ô Ö× öŽøè ´FU Î öŽøè Ó Ó
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Ô°ært $ÁÎ Ó Ó tÇÎ Ó Ó öŽÔÙ ¦ Ù Ù è–
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Þ Š °æ $áøèÚÛ ì üú! Obtain this as an `Option<T>`Á § øèÖ� Ø Ø
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Ú°æ$«üâ " üŸ > ; Construct an `OptionULE<U>` from an equivalent `Option<T>`Á é Ö�øè Ø Ø
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Û°æÒ� í ü 6 ¦ Ý Ý è–
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² �à $µ ïš T¼ øèÞ Àc Þ #% üê 8 í ƒ „ … ƒøè „ c c ˆ ¢cµ
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` £c ` àB¤GS
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…Œ Ü ñ Ü
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Þ°æ$ò ± ø ü”( ü…3 0 zeroed or valid-T byte sequences to fill it)Á ¦ à à è–
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ª™ £øèá ± á üÃ7tÆ † †àå Ù� ß Ü ß
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á°æ�´,Õ « áê ⠃à ⠡à â â á â°æ üÃ" ¥ ä ä lj È Ø‰ ,ËÍéåæç ¶ · ¸ ç æ -/ Dì ñ ã ã Ó Ó ÔÈI Öˆ Π׉ Î ÛEfµU]OðÐüŽ*d‘ Íé€Ë ã ã
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æÕÓ$žüø3tû €Ë Íé ã ã
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çÕÓ¹
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,Š üâ # ¦ é é è–
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ç �à $ê øè üŠ $ ¦ ë ë è–
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� �à $’ øèì Ù ì ¼µ ,¸ ‡ ‡øè øè ê ¾ ê
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ì°æ$¿ üæ 4 ¦ î î è–
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ë �à $î ©¤ Lõ øèï ·ß ï $& ü¡ "¤ ˆ ‰ ˆøè ‰øè í § í
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ï°æ$¨ ¹
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,® üó & ¦ ñ ñ è–
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ø �à $û ¨¦ ‚ øè ^G üž J G A type allowing one to represent `Option<U>` for [`VarULE`] `U` types.Á é ú \í Á¿ üù # use zerovec::ule::OptionVarULE;Á ä� ߬ º ú ü¾ B ? let mut zv: VarZeroVec<OptionVarULE<str>> = VarZeroVec::new();Á �!ú ü…!& # zv.make_mut().push(&None::<&str>);Á ü¬!' $ zv.make_mut().push(&Some("hello"));Á üÔ!' $ zv.make_mut().push(&Some("world"));Á üü!&ÙÑ £"ú ü§"2 / assert_eq!(zv.get(0).unwrap().as_ref(), None);Á üÚ"; 8 assert_eq!(zv.get(1).unwrap().as_ref(), Some("hello"));Á <–#¼³ dž$ ¦ ô ô Îì°æ «$ ¿°æ 4®$Îê Çj¤»¿!¾ ó õö÷ ž� àåÎê ^Gs Î ž� àåÎê ò ò
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ó°æŠŒ t¿$Î ò ò ž�$Ï$Î ò ò $Õ$Î ò ò àåüÝ$( ¦ ù ù ¨Õ â$ ¹Õ 4å$Îêú ü³%" üŒ%" Obtain this as an `Option<&U>`Á4º% Š ŠÎê ۼݼ޼© ß¼ à¼ÛἈ cSñŸ«‡zÙ Š°æ ø Á% ø
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ú°æ$Â%üÇ'D ¦ ü ü ¨Õ Ì' ¹Õ 4Ï' ïš Tá'Îêý Àc ý #% ü’(8 •( ‹ Œ � ‹Îê Œ c c ˆ ¢cµ
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` £c ` àB¤GS
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�Œ û ™( û
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ý°æ$š(± (üš.: ¦ ÿ ÿ ¨Õ ¦. ¹Õ 4©.Îê€� À  € � &( üé.7tì. Ž Žàå Ù� þ ‚/ þ
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€°æž,û.üñ45¤û4 � �àå �Îê þ —5 þ
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�°æ�´,�5üæ6w ¥ ƒ ¦ „ ƒ „ lj ò6 Îìþë õ6 ¯ÕÓþë Œ³7 ¿þë 4Í7Íé…ˆ‰ ± ´ · … ‰ ˆ ^` Z\ üä7IÄç7 � �Íé ¢–§– ‚£ † ‚ ‡ † ‡ ƒ8 ‚ Ú– €8 ë–Ô�8 ‘ ’ –"¢– ‘
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’àå ¬’8 ‘ ’ ¢–‹à ˜" §– ¦8
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…ÕÓþ맖¢–$„8 Š8…‡ ŠŒ ü˜9%”›9 “ “Íé ‚ ®9 ‚
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ˆÕÓþë$¯9üð;.¤ó; ” • ”Íé •àå ‚ ˆ< ‚
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‰ÕÓþë$‰<ݘ �<üó?B ¦ ‹ ‹ ¨Õ ø? ¹Õ 4û? ©¤ L�@ÎêŒ ·ß Œ $& ü¼@"¿@ – — –Îê —Îê Š Â@ Š
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Œ°æ$Ã@¹
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,É@ü”A4 ¦ Ž Ž ¨Õ ™A ¹Õ 4œA ¨¦ ®AÎê üÍAD ¦ � � ¨Õ ÒA ¹Õ 4ÕA íß°æ°æ TçAÎê‘ ïß ‘ 13 ü˜B7\›B ˜ ™ ˜Îê ™Îê Α � §B �
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‘°æ$¨B¹
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,®BüŽC6 ¦ “ “ ¨Õ “C ¹Õ 4–C º°æ ¨CÎê” » ” +- üËC' ÎC š › šÎê ›Îê “’ ’ ÒC ’
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”°æ$ÓC¹
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,ÙCLŽ Pu“• – Æ ð ª ä †BœÛ è • —™ Lû Ä • ˜ ž NonZeroI8ÁL– è– • š NonZeroU8ÁL¡ ¤” • ›è<£v ” • –—>Tv § • –øASv ç • –¡BRv é • –ÄEQv ’ • –³
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Pv Î • –´MOv • • –¶QNv × • –°‰� ô • –£Sœ� ø • –êS¯� � • –È=Â� ° • –÷VÕ� µ • –œWè� ¹ • –©Wû� º • –êW� ¿ • –È>!� ¯ • – ¢åE8� — • – ¥�FO� › • – §ÈIf� Ó • – ©«K}� ò • – ªºÐx à% • – ×Óx ` • – ®žÖx ‰f • – ¯È=”� · • – ÄêW� ¸ • – ÅòÇ� ó • –ëfÛ� ²
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• – ¡œhò� Ì
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• – £²i ‘ à
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• – ¦²i ‘ á
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• – ¦,ÆÔÔ4„ô$LŠìïüÁ# Ÿ � � Ÿ tÆÁ잟 Ì üù D€ œ œÁì œàå œ ‰ œ
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ž Ÿ$ŠüÄ@ÄË � �àå �
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Áì œ ë œ
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Ÿ Ÿ�´,äü¿
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2 Ÿ ¡ ¡ ”ï tË
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Áì¢ ± ¢ Ñ
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ü†7t‰ ž žàå Ù� Ÿ
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¢ Ÿ�´,˜ü�5 Ÿ ¤ ¤ ”ï t’Áì¦ ë ¦ ˜ ü×"$Ú úíÁì £ £
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¦ Ÿ le_bytesÁDßüœ,ü© É �' Ï ø , Ð 8 unsignedÁ DÑ & Ù 8´ Ú $ Ü , Þ 8Å
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4ß & å 8´ æ , é ê ö $ ë , í 8 floatÁ ,î & ó 8´ ô - ÷ *ú ý þ& " 8 ,‡ 8 � & Ž � ‘ “ 8Ó 4• › œ € 8š <� '¤ ¦ , § 8×ò D¨ ° ± ² ´ 8š <· '¾ À , Á 8Å
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4Â È É Ê , Ì Í þ Î 8š <Ñ 'Ø Ú , Û 8×ò DÜ ä å æ è 8š <ë 'ò ô , õ 8Éó ,ö û ü ý - ÿ % � 8 $Œ 8¡l \‘ œ � ¶ 8š <Ÿ '¦ ¨ , © 8×ò Dª ² ³ ´ · ¹ Ù - + Ç È ó 8Ó É Í 8¨ 4Ï Õ Ö ò
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7 Gets this `RawBytesULE` as a `Á ü× $ ÷ 8Ô Lù ‚ ƒ � , „ 8×ò D… $ Ž 7 B`. This is equivalent to calling [`AsULE::from_unaligned()`] on [`Á ü�D $ Ô 8Ô LÖ ß à ê , á 8×ò Dâ $ ë 7 `].Á ,í + � ‚ ‰ 8Ý 4ƒ 8 — 8 ,› 8 ¡ 8ñn |¤ ³ ¹ ´ 8 $µ (» , ¾ 8×ò D¿ È ‰ Ú , Û 8×ò DÜ ä 'å 8
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from_le_bytesÁ lç ô û 8 $õ ù 7ˆ ú + ˜ ™ Â 8Ó š ž 8¨ 4 ¦ § Á
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7Íø ü¨ $ È 8Ô LÊ Ó Ô Þ , Õ 8×ò DÖ $ ß 7¸ù üáD $ ¥ 8Ô L§ ° ± ¹ , ² 8Å
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4³ $ º 7Çú ,¼ + Ð Ñ Ø 8Ý 4Ò 8 æ 8 ,ê 8 ð 8ˆo ló € † � 8 $‚ (ˆ , ‹ 8Å
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4Œ “ Ò ¥ , ¦ 8Å
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4§ '® 8Šü l° ½ Ä 8 $¾ Â 7ˆ Ã , á â Á
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+ ô õ š 8Ó ö ú 8¨ 4ü ‚ ƒ ™
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7Íø ü„ $ ¤ 8Ô L¦ ¯ ° · , ± 8Éó ,² $ ¸ 7¸ù üºD $ þ 8Ô L€ ‰ Š ‘ , ‹ 8Éó ,Œ $ ’ 7Çú ,” + ¬ ´ 8Ý 4® 8 Æ 8 ,Ê 8 Ð 8Öq DÓ Û á Ü 8 $Ý (ã , æ 8Éó ,ç í ³ ƒ , „ 8Éó ,… Š '‹ 8Šü l� š ¡ 8 $› Ÿ 7ˆ -  + Ñ Ò ü 8Ó Ó × 8¨ 4Ù ß à û
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7 Converts a `Á tá $ ï 8Ô Lñ ú û … , ü 8×ò Dý $ † 7 S` to a `RawBytesULE`. This is equivalent to calling [`AsULE::to_unaligned()`] on [`Á üˆ U $ Ý 8Ô Lß è é ó , ê 8×ò Dë $ ô 7Çú ,ö + Š ‹ ’ 8Ý 4Œ 8 8 ,¤ 8 ª 8Ž= d ¹ Ê 8» ,º & ¿ , Á 8×ò D (Ì 8 $Ï Ô Œ 8 $æ ê þ 8» ,ë ð 8 to_le_bytesÁ \ñ ü ý 8†B œ› ® ¯ Î
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, Á 8×ò D $ Ê 8¡l \Ü ç è � 8š <ê 'ñ ó , ô 8×ò Dõ ý þ ÿ ‚ $ ƒ 8¡l \• À ¡ ¿ 7ˆ ¢ % £ ¥ ¾ 8š <§ '® ° , ± 8×ò D² º » ¼ % Ï 8öN ¤ä ø ù ’ 8Œp lú $ ‡ , ‰ 8×ò DŠ % “ 8×N ¼� ´ µ ¿ , ¶ 8×ò D· % À 8öN ¤Ë ß à õ 8�q \á $ ì , î 8Å
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4ï % ö 8×N ¼€! —! ˜! ! , ™! 8Å
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4š! % ¡! , ¬! ! û& 8öN ¤š& ®& ¯& Â& 8•t T°& $ º& , ¼& 8Éó ,½& % Ã& 8×N ¼Ñ& è& é& ð& , ê& 8Éó ,ë& % ñ& - ü& % ÿ& ü„'$¼‘' ©' ¤0 ¯' ¸' , °' 8 baseÁ $±' & µ' 8´ ¶' *º' ½' ¡0 8 $Ç' 8™ LÌ' Õ' , Ö' 8ËŽ
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$×' Û' Ý' ›0 < g This function can be used for constructing [`ZeroVec`](crate::ZeroVec)s in a `const` context, avoidingÁüë'j < ú” œâ( < ú ‚) < R This cannot be generic over `T` because of current limitations in `const`, but ifÁü’)U < W this method is needed in a non-`const` context, check out [`ZeroSlice::parse_bytes()`]Áüô)Z < instead.ÁdÛ* < ú ô* < * See [`ZeroSlice::cast()`] for an example.Áü„+- 8 ¾+ 8 ,Â+ 8 È+ 8¦p tË+ Ù+ æ+ 8�´ ,Ú+ & ß+ á+ â+ å+ 8È ã+ (è+ 8Í 4ë+ ñ+ ò+ 8 $ó+ $ ÷+ 8ò Dù+ �, ƒ, ‘0 8 •, 8‘ ™, �, 8�´ ,Ÿ, ¤, 8‘ ¥, ¨, ©, % ª, 8 ,¼, 8¼p 4Â, & È, 8¬ ,Ê, Ð, 8š <Ò, 'Ù, Û, , Ü, 8ËŽ
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$Ý, á, â, ã, % ä, + ö, ÷, ‘- 8« ,ø, ý, �- 8� 4þ, '„- 8
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modulo_oneÁ T†- 8 £- ¦- Ó- 8 §- 8¼p 4ª- ±- 7‰ ´- ¶- ¼- 8‘ ¸- 8 $¾- Ã- Ò- 8‘ Å- É- 8¼p 4Ë- Õ- 7ˆ Ø- Ú- ±. 8« ð- ò- Ÿ. 8" 4ó- ú- ž. 8 $ü- '€. 8œ ¤‚. –. œ. 8�´ ,—. 8 $³. ¸. ƒ0 8 Î. Ñ. ñ/ 8ò DÒ. 'Ú. 8‚® lÜ. ê. ð/ 8´ „/ & †/ 8¨ 4ˆ/ Ž/ �/ ¼/ 7 <const construct: Á ¤�/ $ ¤/ 8Ô L¦/ ¯/ °/ ¶/ , ±/ 8ËŽ
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$²/ $ ·/ 7 >Á ¹/ $ ½/ 8‘ ×/ $ Ú/ % ¢0 ü§0!¤´0 É0 œ8 Ï0 ê0 , Ð0 8 single_fnÁ LÑ0 & Ú0 8¼ ,Û0 $ à0 , â0 8! $ã0 & ç0 8´ è0 *ì0 ï0 ™8 8 $ù0 8Š $þ0 ‚1 , ƒ1 8! $„1 ˆ1 8
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Š1 8¡l \Ž1 ™1 š1 ¯1 8š <œ1 '£1 ¥1 , ¦1 8! $§1 «1 ¬1 1 °1 ²1 ¶2 + À1 Á1 È1 8Ý 4Â1 8 Ö1 8÷ $Ù1 Ý1 ê1 8» ,Þ1 & ã1 , å1 8! $æ1 (ì1 8 $ï1 ô1 ¬2 8 $†2 Š2 ž2 8» ,‹2 �2 8¡ˆ
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\‘2 œ2 �2 8 $À2 8÷V ,Å2 8
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Ë2 , Ï2 8! $Ð2 Õ2 ¶5 8! $ã2 8È= è2 ì2 8¡l \î2 ù2 ú2 �3 8š <ü2 'ƒ3 …3 , †3 8! $‡3 ‹3 Œ3 �3 �3 % ‘3 + Ÿ3 3 §3 8Ý 4¡3 8 µ3 8Ó= d¸3 Ä3 É3 8 $Å3 (Ë3 8 $Î3 'Ò3 8È= Ô3 Ø3 –4 8¡l \ê3 õ3 ˆ4 8 $ö3 ú3 8¡ˆ
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\û3 †4 ‡4 + ¤4 ¥4 ¬4 8Ý 4¦4 8 º4 8ç= t½4 Ë4 à4 8¤‰ LÌ4 & Õ4 8 $×4 'Û4 8È= Ý4 (â4 8 $å4 ê4 ¬5 ü4 , ý4 8! $þ4 ‚5 'ƒ5 8Šü l…5 ’5 ž5 8¤‰ L“5 œ5 7ˆ �5 8" 4Å6 8 $Ì6 8œW ,Ñ6 8
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×6 , Û6 8! $Ü6 á6 â6 8 $í6 8¡l \ò6 ý6 þ6 “7 8š <€7 '‡7 ‰7 , Š7 8! $‹7 �7 �7 ‘7 ”7 –7 “8 8 ¤7 8 ,¨7 8 ®7 , ±7 8ˆ›
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L²7 »7 Ä7 8Á ¼7 & ½7 , ¿7 8! $À7 (Æ7 8 $É7 Î7 ‰8 8¡l \à7 ë7 û7 8Á ì7 í7 8¡ˆ
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\î7 ù7 ú7 % š8 ´ˆ= ¬ ± ¬ ü³=8t¶= Ÿ Ÿàå Ù� « Í= «
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¬ _bytesÁ4Å=Œ†> ®¯° ¶ · ¸ ¯ ° Dž> £> üÁ>"dÄ> ¶
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¯ $Ñ>ü‹?/tŽ? ´©
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° ¤‰ L�?Ä„@ ì€D æô³ ± ³ ü²D7tµD àå Ù� ² ËD ²
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³ �´,ÄD ŽE ³ ê ´ ƒÃ ´ ¡Ã ´ ´ ³ ´ ÿÉ Ù� ÄF æô¶·¸ ¶ · ¸ ¸ · DÌF ÑF µ µ æôüïF"dòF æôæô ¶ µ µ
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· $ÿFü¹G/t¼G ò¬
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æô µ µ
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¸ ¤‰ LËGü†H æô üªH æô¼ ™ ºH üÑH Œ×H º º Þí ïH ´«L ¿ ± ¿ üÖL8tÙL ¡ ¡àå Ù� ¾ ðL ¾
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¿ À§
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4èLŒ©M ÁÂà ¶ · ¸  à DÁM ÆM À À üäM"dçM ¶ À À
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 $ôMü®N/t±N ž°
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À À
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