@adraffy/ens-normalize/dist/index.mjs

Ethereum Name Service (ENS) Name Normalizer

// created 2024-09-13T06:42:45.675Z
// compressed base64-encoded blob for include-ens data
// source: https://github.com/adraffy/ens-normalize.js/blob/main/src/make.js
// see: https://github.com/adraffy/ens-normalize.js#security
// SHA-256: 0ca3917bee1eee342d64c631cb1dbaac37b167d848887d59f6d68328dc99ac09
var COMPRESSED$1 = 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IoQUK/3AA37unuxjbGruji3lyBvupm4MAErsGGwsBvAAAhgBtuwYAC7unOwEaO7oIoZzKAbsL7QfAqTsA4XsBvwAA5QAVuwAG+wAJuwBpiwAauwAOuwIYu45pFfsAAVsADmsALkseAAa7ABe7CCEADUoBwgC3ryYBwAAAtAAOmwG+J+QAsloAHBsBv/7hCqEABcYLFRXbAAebAEK7AQIAabsAC3sAHbsACLsJoQAFygBunxnVAJEIIQAFygABOwAH2wAdmwghAAaaAAl7ABsrAG0bAOa7gAAIWwAUuwkhAAbKAOOLAAk7C6EOxPtfAAc7AG6cQEgARwADOwAJrQM3AAcbABl7Abv/Aab7AAobAAo7AAn7p+sGuwAJGwADCwAQOwAAFDsAEWsAD4sADesADbsAGQsGFhsAFTsAbpsWswG7ALoAEzsDAGkrCgDhSwACOwAEUgAXewUbAAbQABi7AAv7AF+7AGv7AOSLAbsAF3YBvAABcguhAAVKHgF7KFIAOUUA/gcNDHIAKCpwAaQFCF4BvF4jDAkHb0tsXyqJHzwUYi02A6EKtAHYABYC0QNuAXZyR1IUIQNPAhU+ASwGA3NGvHtSekAAKQAxAfsAUwrbAHuQLAErAHblDREyRgFKAFcFAAFQAQeKzAB4OwQgpQBaANYVAJVoNx+LAM1rsQDP1BYIwnVzGxhWHQnRAYiQqyJTU01IEjzCifkAfxw3QCkr4BGXTwByASksMClCGQ8DMFUE98XuAEtl3ABqAnECPxF6Osd4LjXVBgUAEBsdCggMKgQfHSlOU04IuboAChLNACYAARoAhgCJAI41AO4AtADgAJ08ALsAqwCmAKEA8gCfANMAnADrAQwBBwDAAHkAWgDLAM0BBwDXAOsAiACiATUA4wDYANUDAQcqM9TU1NS2wNzN0M5DMhcBTQFXL0cBVQFkAWMBVgFHS0NFaA0BThUHCAMyNgwHACINJCYpLDg6Oj09PT4/DkAeUVFRUVNTUlMpVFVXVlYcXWFhYGJhI2ZocG9ycnJycnJ0dHR0dHR0dHR0dHZ2d3Z1WwBA7ABFAJYAdAAuAGLyAIoAUwBTADMCc+kAh//y8gBgAI/sAJsASwBeAGD5+aoAgQCBAGUAUgCtAB4AsgB/AjwCPwD4AOMA+gD6AOQA+wDlAOUA5ADiACkCdwFNATwBOgFQAToBOgE6ATUBNAE0ATQBGAFUDwArCAAATRcKFgMVFg4AigCSAKIASwBkGAItAHAAaQCRAxIDJCoDHkE+RykAiwJLAMMCUwKgALoCkgKSApICkgKSApIChwKSApICkgKSApICkgKRApEClAKcApMCkgKSApACkAKQApACjgKRAnEB0AKTApsCkgKSApEWeQsA+gUDpwJdAjYXAVAQNQLeEQorEwFKNxNNkQF3pDwBZVkA/wM9RwEAAJMpHhiPagApYABpAC4AiQOUzIvwroRaBborDsIRAZ3VdCoLBCMxbAEzWmwBsgDdfoB/foB+gYKCfoOGhH6FiIaAh4KIgol+in6LfoyKjX6Ofo+CkH6RfpJ+k36Ug5WIloKXftoC2WzhAtdsAIJsJGygAINsbARCBD8EQQREBEIESARFBEAERgRIBEcEQwRFBEgAlmZsAKMDh2wAtGYBBWwAyVFsbADPbAIMbAD2WmwA9gEZAPYA9AD0APUA9AN8XmzUhCNlvwD2APQA9AD1APQcbGwAiVpsAPYAiQEZAPYAiQLsAPYAiQN8XmzUhCNlvxxsAPdabAEZAPYA9gD0APQA9QD0APcA9AD0APUA9AN8XmzUhCNlvxxsbACJWmwBGQD2AIkA9gCJAuwA9gCJA3xebNSEI2W/HGwCQwE2bAJKATlsAkvBbGwCV2xsA54C7AOeA54DnwOfA58DnwN8XmzUhCNlvxxsbACJWmwBGQOeAIkDngCJAuwDngCJA3xebNSEI2W/HGwEN2wAiQQ4AIkGjTFtIC9s1m4DJmwA/QDGWgJsbABVWv4UMgJsbACJAmwAVAEAuV5sAmxebGwAiV5sAmxebD3YAEls1gJsbEZFNiJ9FGVAe8xvEZKvxVfKZszAVTBzYBH2d1iyUXEHH7twNw7eZF5JJRHI5EgaRr5D20/3dfONrFLSq5qSrrgd2CEUq722WBQ/LzpA+bx1oREI5xy4BDSZNun0ZWORUJqInZSyMaioyvfSI0l5uFDzbWaQ28/zdB0hwR4OQZ0/jn9ALSLNikjFYGfqR389qtFlhD3a6KdIh97rhZYpywuLc7o8ql5/X8KCbPU3L/QlmCowhRXhsGDvg6wUNprA9bM/49uxlAj7ZVy3ouEY/BgFXBNyK0TLrSjZWeJm/T4nz6QGLT3cJNtWRZVZTvIdtaxMMJRHgig9+S11LjBh7Inr06ykoch1U097Rw0hvgmOrydQyaWcEQDg0RavuMuT0zYabUZl1e33HNSK1oNUCS03eh+9C2EvF3fq9h+XBaAMFuoWeZf+mfZgL4HzyiKDIUtfNU4oFu0aE9qt3VA3U4D3fOSrAcYVnjG3cSkp1vhXZnp3JQm4JknKdBitO2NVnGCYQwU3YMWHWB87NEd+4AHuOKI8BSIH92reW0pfs+kWCTJxDCbRjFv8Cfc4/DSBYJScJYTeAEgg9wTEvcwd/QuHRHqGzAQ4fXf5FUI1lPrO+fvEcPl4JInM1z9AtBT2bL4QYEREe7KiSnnxTwtmAFjn8lqT3mND8qTktX2F16Ae9cakqJ6/pEQsHURqyqWlRMCzKXRKfCHT7sYHWx9/T/ugYTFY6iVN3Btm58ATJR5alYZybKMWojwOw3HbFn23NFyeLl7+Er82RchyYuBoGQ3j7SAWNxiYvp5U+Fq/DEzB9cG5DlJWsqkosRze92OVlCtQEYo1S1lF72Z8xWc4ld/+fFcfTEDTFb9d8tJGQ75dpJEvcWyGmGBiTbiWDdGOcw93Dmxq5ISUrmasygONfHLvhgo83HQZenbdBtSzBkvYrCEQ/xEDMhMZsN6gqplx5jGG9mSQLhM81UEdEeJ59sdNJDAFy/gPyJoKlwPZgB/MkC/kICLiCB8va+nCdO2ry4aDfkmPFpF/H/SGQ3LJ6aAv9dtJ8DniHtLOckZix0BVb0iR5V3LAp521LBSIi6AtV7r2ZB/hQEvAw54EFNOQcFnl1xGUIc67tqK1INNwD2n/RbwgzO9h45LM6VMuN8V1ZNIQ6t+Xy3lTqyVCD5kqLy/t3/b8MLbgDg8JIWDkSZ+LrGhhr+gYpH+pr1TnCUnZPjpUdw6bSL6MWVXoDDciQDWECwU2e6VEpfrcOBbrSOijqGkEIoJPbpmeJLkcwbvA0yWIixQVjo0HnYh7fji+Dfdq1mtV1lG2Zz9R7eFMHS+FK7nybutu2fwzDpFldO2pZBshsHJWaltn3PWOoGJpCT2jE8EHOuC6FkejNWcfsWCqNqMLP9xTwcWArj2EiiI7D+EaDi7/2cqHL1gPiF6C/J7aUo7RQqogPZ11WqbyP97nsoMxPOC78wZMF7B1Y0g7JNXJV/nN1m4xx8hbqWz07KSaqr5hE4icB326DMR/vUKX9LoNjle/ZWtbUhrTAcsdgrLlG5Ne8aiR0bS/2ZhpNOVVxavWIZsEM/rd68EB4vjbbD13NkMK1qvMk74vGbSkL7ULO0sZ9R6APSCo6KH+Xn98wEdw1bCPAnDTaBsD6sidAGN58uiH4a3ovG1KyZAu2XtyGgF/vgWKGxw9R1lfAVcfuYE71DHuxtTzfGZnHaDpDGWmfEq0N4GawE7yIkaoz8jcmVmzJe1ydM8q0p08YIxFcY1YcqQc1djWBEoNETDFcgk5waRftEJasPREkrV++N/TOKkERF1fCLrXS8DFGYGRBeECMQRNEs0ES3FzUtXCcNxpYEM3Uei6XodZruXUIRnn+UXf2b/r7n1vQutoi6WoIbW7svDNWBbUWcDUc7F9SJK3bvSy9KIqhgyJHoW2Kpvv0J4ob14HFXGWWVsYXJzjwxS+SADShTgCRjhoDgjAYRGxwJ1Vonw+cpnCKhz8NQPrb0SFxHIRbmG95Q2hlC4mDxvPBRbkFa60cvWakd7f0kVBxxktzZ9agPJEWyA63RSHYVqt8cPrs2uFJ3rS3k9ETGKn5+A6F9IOrdZHfT1biEyUJKEvwzuscwshGCBJvd16TrefW03xVnJf4xvs72PdxrMidjJO8EiWyN/VWyB3fv9kc34YIuZTFtXGo9DuG3H1Uka5FgBMwDPEvRcSabi3WakNQkXFecJlFk6buLVk5YHpuKWTw6oF632FPPSVIVl5hgUAeHhj0t/sw/PEEvThLQDDFE34eCg/rLOyXT3r+L98oRKrlTO0MdALYQ3rRQqC7d822dJPGxF1K4J2TtfPSMFaCAg0n0NGk9yiaKKOJD1v2aBX9HUOIawjjfvwCmjHZJTR62R9c9x33JnBjWrN4QYEOmehy0oZMP9XM9Zyi6TYoe07PaLceRXcCWZiY/imRUWW6+mci7+wMxSdwMdbXckXtvhJH8sc4iQcTwm7yp+3f7CaesTTQB2qkgeXh+wFiSMXfMlH7Yil0OoZ2QTtRLTip2O0cLZ4SstqWHZ6H+8A2kZXhpm0kPbL9dUanTOvziqIUh6Ambwa3WrCb2eWbuCN3L1hgWUmjRC3JoL3dBhR3imSQI8xuCMfsszlji7cSShNSYdqCXPxEVwbqO9i5B6hf93YI7aeyI8jxgcVXK0I/klbvhSXjkjOIwZgPdVwmsFW7HGPLUAvDRuKm+itybRg7c8+Yqqjg824Qf+/NxsBSUNAK9KCoJpauFqK0XQULrWYj4FnxeKDuvr54iokpi+D57e6Y1zxRJJdsHnDR3JyraCUufHBRTKODWBVzthjm4k3/Hv+Q990XDVR+KW+TcJX045LW86EKhz/97aqj89A8ZvTk1//tczosU90loIPVaHuWegJU3wP//7XHcO7c0yQM2jM/IhQKrf8hiObHWiWDZManF8Uf/HzbmDfC2wT//aiZ4hGTv/xzgKwdb1sD6cGEkceow0s3b89/zg+3plyRm0HlZi886j5wUwFhdHiDTaBidZRo5cx/tMeLyguOATbzq17ydhzbrpxunuHx6lbFGiO97gsd4dk//7iCIo+Ew+hG2so5kvv+ITG4c1fzHPtu1Xn5QfUnqY3/uByVmB7gmnE/E+5zdm+6nDmoews5fr+NzThdSHzK4bBQOL9c4O8OI0xLSqjJ4lbniLJg1aFpQRLwaSMZmpkC9e/j6FOVrTQ6a/a4alGgfrl2ZL1sbHUQ3DOI7ntq9diHFfm3t1mul3rdJEJCHnlW/hlQntipMrpeMs7fUr6wK370D7VbXH0DUHzdYfRg/6Z11Ult1sffJS+heHbco15Sxy3+rDnPesqH1lajk0yu02hPUvEUqvcUXWXL7Ad0wNGMx5gOle4XJxq/r/YY0xdco2wRSEGwcT7YADlBrHc9ZbvzOL0QwyWCWWChB9Obg800v7tyBWaNvdwz+fL7Ph9i2irEeJkRgOzeEDw+JiD/V93vH9FgMEoFIJMoIuogmicZohf94SBuPn6hXaV9jP4VVVA/bu+Wg8S88GLtmEPSNRLdtlXx2XL/nuM8nKkhnlnjaropiKKLIH94pLIASci0pDBfj9Hi5BfaTSXQg5+PMjQX91Ktk4MOqK1K99l4BRPv5+vNovGZ3IxQv8ICvjV4/diThpoaM8uvd3D9d/DE477w3yAbW3IDm2i73pZ9aEj38JqS6h/s8/xgmUIVcuq2JTgefAyuoafzQxAuRASeg3NtG3ach/JEkyuX+JDt2PnDZTShUhyHHG3ttBg/6lhAchGjLJBtopj4e01MlCp2yqQRTr4sBBXru+lKaoanwYX8y2aWCJiR3KnhCOkYVFSvsO0oDRujUFOEptiNDTYrJoUbvOyvl4AhC9h3wORiTXK1MrpMfnvdnndnR/HRVSusMBgIxwrLdn3vq1VcncPiD0SquTx/kNmxeFyCT4uXVUd9AL+rSGmuq7OOCzDKeVPjiNWVaoP5KOFqYq5Xcuf/xW9S+u9eIq9GAtZWtQlgkRecjRtvG1NR4WXXpn+pwsTBTIy079Ikg8rSef1aVapIFcXCd6C2wHVjLXR+N0tw4Taw6x6H90BFRgNrtlq2up6hHKuV3inM5RJaQWZHd84e6RsKkk9po3dk9by54tpPw7cBkFas/G+GbHwuG+AwP55BZyXILTHCIVrPpXHEaUPYfL6nphJP1Rc10xG4UaCeY4IHCwuur8xmSQDgY4aVwhzWhjbtSHG8JO6P2i2nC9/0Bfx0zk6dYQq3aw7k5vIObD7SEKrxhz0fQ0+YTOfHW23CBNeZci1qNsUDhoeqmfyP6PvjoEjHk8QbrFyQVZPHVWijnb8YCM65iYNoEbvnchStZ/9cKg5Vd45j8KnB6UjzXl/bkyZx7VoD47ocUUi117WwgySSb4rXgLJ52Mv5XJbp3I+uBP81BUvOjy4Cacgi+GWWlC/8dwgqwiojjUBDnEOxyRyowwLQfytFra1OZS4XvRYr4uoamAfG3I/p2bA7G90yqKThH8Ke00Tqd+3l3dmJpaCZelBMYjGqNLVa3SM4+LQeL56gY6Bymy2LQPVOxjWfj5tq4o74swcxhyGJPynkS5xAjOXZP1/FAYcBT3u6qLoIkEfErwo4gozmyI1YCvM0oyI3ghjGPQSsof2sKUhq91WsKy9cYWN+4A2v4pG/Mxpdc6w6kI/HX7Xb0TuihmsiOy2wQIsrZbUmr3OBSUo6oDJNgQp+YqYkgTgYcWZDgawJw3DFfdzT//PhVUidgB2qa8uw/j9ToHBAS33iT8YLhhAfyXG0bQUFp7QmH7oQ3i6Flf4OTZLvJdh8pfuflmWu2ohm5pTiSg1pl3vq9uluTJwqXfh1hqy8e2iHoD+Y35gCIViTo6VOtK5dD8HYClucJucXASzwe2kPj4S4eYQtmkYHagXhAzp/F541xE8YFYqSPszDuz3soWzHy0p3E2jwZNQaIcGU9FNQwQxeDw0ZlK9dxXrj9IUHGUPTOyib8CqXmbZ7Ex54bn1rLx3qqAavu/gh6XjV0GmN1p+yyMK9HN5uYEvxgbAk43tsheREhyI+Q5WLIneKTGPmYiM/lxOp8fvqHy8YgXK0TlMiX0tliLI2JtfmWZP8eVV732sdYm+pcWzDzEmKLJZyeelyaZKkjPnnUO9keDwtgiLnmd5+t+Sr5y8brRnlvxcWEWfCqIALQYHvaXx6jTg4dAlye469uGwwOZVZCILLfGjaMg4LUCNMTtMSp1aC2y/3wR2t1v3w/iNBRQ+bNbtDqL2NAr7K4rUcyqbSpNrXZgAWXvjxBBtfYLK1uRYt3q2pfXJOAL0HtWcEwJLddOSJKV1SwvcvEuzg/4MPnA8MIUJOLqm3qI6wFyN99Ck6zYaV/zGSAzF/PGsaNa4vPLe5QnyuqVUnVQ6xELA6gbe53aGgeke+R/ycb2LJVyc7BhuzI90zA+c6wUDTb7NH//gdDSl2u/aW7lRJm8m1fLtPxcNuEM5JbkOCZKPM88HUsLRoC1pmKKlvWyeAXuxILbu0snpSxf8N+RgtLUSe5n2gdjOjoSTaN7mMZ7bF+cWk/MS8mFD4pcyl5UN7CbpFZH2a+Pm1VAnUTVfbw8qrmz1G9m5aKmRzY1SMhhPrlCn2t4uNUXNA3IFe6NOjSC1DEaAFZAfDlEkQCsbNhsZPj6NQPDSB3tLiTo0ZYoEbIeEIaKtU3Wk60rEszawTFuyHVd365LA/c/uarABN5M5rGq/dqTG3Ilye/5EKiYisisuzqNaZjmWv0z9TORc0CKbaTea214oNM9u2sXUZub/eqM3Pi/PjRSyQiOSwPWif2asTgu6hS6fb5UGosCWxdedMqdViIUUSSdIJx+qQ4KShfTT39VAWZbi+mB+iKICNwpt6cflY57Rcbs6d1kA26Iru73cuxYVlSvuJdcR5VfDYZRk8X0AXePROyw3Le6LaUdmTLzYsoNhhgQpd67xVNiHgk3pakmndeIAtTC4DCXy9oS6eU4CWxDdVmY53pKNbdAKmQsP37lrJZC6iDXMELGKcHjNuuZgcDyY8W/yv6ha3DX7OWm/35fpvhw55oitf4V+GULlcPWYyGGuVBdro19c8u0RDddDun40W7G5cSIzHLh/qZxb59R+EPY+wZ2XerkUim92hhXpKyW6WtAh6zQS97DrPyjCvKi3pCw96LeKynOpyjtsMQc2RmI/20zFOZcSa2AK++PoRcT6zeJyxlBZ7kk5mhqXGkLlM2hFKc+/T544xXP0Ua38Q6xdPTLTeG1PHnLMaOvksUQMrEFTB/lizCirmFQL8zYVU+OTeYQEFaITsBSMMYexS9HkajO2gGIf2micvntCZJsZQEwIH3/4JGJQGflBuH5rNXmnRRYXDQs3ZoEQoMtYDr1kFKUS/siiQSUxcTH9XYeBZiKDDFQoExREO9dddKQLO3BwMHvymCSTFyY+vxn3D27NDx6OlU092D5EDUwilttqVHpjJQDUceJYCLsK2swfXeNUVrBJT/w/sk+7si8rPtiMFis+oxvGdGQxirMBID700T39mULuNHzOyN+xBfcFACZcyngF1aSpv0JPkNUrAZTqfplv509cGXFUiEEm5dZb+OsP/blizqdK45/dSsIrufYTrCPY2lgJD6k6QljTfXVlHfYKSq+MsagyUcaMintyr95bD8kdTAeYNLNsMmo/Wdd8a2nStBP49ARIjqqpUHWY4q4mvO5Cq/CgCP+4/B+5zutGwX5pssgVLr1+fIM7WWLfiUQDk4c6ZdHZOWv5hG3g2dgQ5NXnpIY+BWwJpaouf25bXnjDzbHnQNofH/c6m+dEAS9Gs2h7pFRPKOBDnqswZ8KZjhId1ytHUTs533KwBoSiImoxKQUgZ7z6pA9QB3sZ8Cq0vwutJTTkfbX8AzCpm2cFXx/P22niUMHauU8IGc+78R6TsutoonoqFuoNA3l80t387YHMoL5KGAT1JO4zmx+vJ0LbLHlicHraSVYvJjnO9p++qnWgKw9OwFVVUagvZuf9qfiuum+hIicxP1q4zDnzkHsCNriLxBpxY9N+UOmqzdY1MunLMDgkMyi3uvnN3UBXJeZ8YLs5xr8QrOhimYoKuGBebZHAiBIkViv3DG8k2oNpp5OIgX6ulqaRN8V62QUPjn5tl1kPXhT9bcd8qIm8gi4or/FGbvQ6pgGSHmnayrugmf5E0upGxPRf/3xOtitGMaHLKJVm5zhglmVfI91o0yxhJZVS/5wQ8zfxK8Ylw0WmHXoGfRkoBRx9Hsnl/6sgTjAVwpmNuSeZtBwlX4qB8Bh8lxjqBDIuFGJ4I1wxN0XRlAAslzqMKwQfyA7OkuivCXfv+i+3XmhcBFM2n4jdT+NyUmBnQJPV3F2sZfKvJhUlXzSosFR4VevVVcOkFnnjdiRWc0TeSYxj41sJGYMbZTeLI3GvyZ8/gAAudQ1+4oFX+enX5V49MczGCYVBuoC4kHjp7ZVxj+clBwPr9k+v05SsezQK3enxLs1Nt/N7c7AImVUysjGou4iOohHo83Zs9/MI/OWB+OyXzOBD93NbApGHXrv8CVRHp2bwH+xB55cfNrdqFD35HSMx4iVmtzYAmSCIV8kXsHoq3DIb93riTWbubnjxbBW5zConVtbxLRStXHkIyAByaozME952Gc9aAdAbBpZSVCH88Uwb/4bPTVOVl+WoMYD7JIvK8VcMrJ8zHV4bbG0Dg7Kx17A4ej/ZcZ2Z5pVuVLUH1E/AccUTKm81SE+LQ6STTUDscUk0x2OWIbEORhg69tdoTGNkA1RfkGIRZHr5mCXOpLC55WWzCZoGPFUVtZRHwh0nq039CDdjEPo+JyaxSQAvDgR6Iqvxy0frrtEG1A385N81l05SSzN+IDm9bypF9m92EUqblnauZ5sjc37wRykOdl7w4o8WMgQsjii3EE/aJYDfHs1cH6DNBEujjcCc8qAefYFyIAURDcDnzun5UmkbBQsU4eu/W8I9nBE0qJKTdg2hwjq0+XV7a3TJ7R+alvJZCRia9lJ+grNB9dbrOmWEvUotMjvDhq4wV/kq4fvIBkzUGpDeYH74rne8uU3dgoNZdR9pUL6q9YDNRfOiF6Dyk+SYXQIghTjm9qR4tBHh0gnmF/9q3Qv22EzaLhSvDlDOxMrrCNRmLCl1jApzLrBCPn2mjn5zqK7OYK7VxOfQ5GfBfoPdyQwqFEgCVHkJ9oTnagRM3R0+rsuN5jQv9icCav/p1WqiEXSzCdLd/WEA6z6dDP7tPqPbeDYKAkVcz1lLGbFOC9b7cBd3MV0Ve8dZ89oR7OnxGS7uVpSry8banVZwpJg+nkH1jRBYa2BvBMY2xITH9ERXCjHzdZxs+ipdXP2DY7X+eWiBhtT2L0RRGTLPeazn5tpl4tu8iE2rWig731iuJDRbCHHy+g/Mb9+miAyVqfIpXT/iZeOxOxODO0hEpLM78I1+G2Z45yi3lS1K3m4WMQ559Lp4UML5vZUjYGJuxl+OPpUH5klpyBujkjprhei0TmUik10gjvNUp8mDkWlNKikmYspaVTqewbnOzJrmz8FLIpsT67EJLHIIfeDcWEfiP+DJrZ1jfxpoAb2abeMqLx+9RuZGzQoYtYVGgAWwEM9Kek2vPIeBNAKD6ao7nw6sgvfeLZPoXkbYO/tStHJdKzk+WFSFEU2NcALJAEP6S8pcnqqBBt57dwTrzQNCIdk2SocK4dLRbD/pu/VryKnm65ZYXiJCfHJk3mx9MRSl+nSK6OqEBSoGjz0/LADddwF/HqcfK3K3O+6YUGQcmj8pZL4PhZ6KrGkb8B38FmDvvLd3XQXbvS/FQmrXFTvJNkaN/FGo83KuS43BK1UfVnIqigGkCoP5fBda2MwAGTGNKX9K9t4Bx83pMFc5KSORmWKv+8VoVggWxoaBz3/9IBh6RwLd1tebwy89xvE5z6EEpXpDfrXWfRsMs6+ekUHH6idVosno55+xQ8Zqzelh0bxtJTgCcH3Z3/Cxlx9eNIS4JIFKOAVrDqbrXRszmY55a5+niJGHtkO3b6mnIDxLa1WXc7BAe33mt2KyM4Fbc3R6/WVTQN8QhlqAtave2WsQTqzWeSlKuGUVIJRqtObpv294rS0kDN1RKzdstZTXJebR2HlzsQ4P3NbMHUqFZMZw+/IKXnh4t+lY8qocp/B1oMszR03EFs3bPeND8QkItMvllObeCz3SZAjqZrobmLcrpFyQV7mwBjg3C3C8/bc5goQhv8j/IXMLGnt4mF7tybRDG5G0polxoUScQkPvmnga2/K+aapKeqSL0BTmo1Cm5g+booNOtdyKva2KoefRURaBk7113QKo3y+WTuFKtgETIK8HRluYS9DvlcciCDvnG8UaJRfZE2siZsiTHvRmN80xkUIInHeRZl5Re/+ATL6VhKFi8CZ/n/jbFV6T5pZ+Uoppvsi3qjacVFOJgWWfdlwVHKPW/TJO3na9hRM9bS2yo2rEsC6IBzRReVO6IesJU7PItzOamr+ROFfwGZmZ7ue8HNxAgLJKb7P3p8dMqk6Be5PJaT/5Rdc1deYVihWH9cjVKc9uz5EnfHqxLUkOO8iJUENBNVf5LyNy8zjLu/78k5WNTywiPfYeX3CPk7yc6CI3lum/CEZwfUaNpcI3KsPqfn2lmz3kd/acQjKA1ebkJaiuLD+epQ/Fc1llHXXMzofWzz/Kd29SNmOhcjMWw1jq1g3YfrXZ9rzXDYW4ZttfgfMi6oCUtBs0PkMVuxmq5lxEoCaSXPSqCJJ7MlKdRDidVt0AFlxk5cTdX++sBF2+E35mjwfm8ERVxH0FvuAQtsfA4V2G0TKTUxeyRGVjd/u6F1SvuAiU2/WaQjcNCU4Ep7VunXCYSbZj3U3wzu/LWM5MPlYuyQ3FOOCD/zt7K295hY2JhwF+ODDIZ676vGQFKveEQYkWj7lkK7rVmD7MhU0Y/tF8EcTTpo4/yqOufbd/zWIpMajnbDuWK2vn6OPPtz2rc9MIBNlPd8tt+yf+7SC4wqEPbozKMCwY5Bygx4JmoIEDsixWRDcdHd6S3/dZMHXOJAAv7+NIstl00crgSqHZKAEe4g3G4dzIV51EeZB01r7p8GNlfUnG/GjZgNGsqXZdYMBVtAtFNv3hJWPve4GvqZ2XxuiNkHTz5kxWgr0PjQdJlVywJ9Zf2ZvqeeTbolKtvK54re2Lq5BoyzfsRtvDfyao3kmyFzDQ88nM+qx83w74RDlkngtYiArI05Epre3GgBeSlMig0pE6RGQaFznKkGeb0SozLCyiOtxh7hgwZlbKbClzUUfC8ntMiHUOZE375RhTy9c4DA+oMLkUDkztSybZbdmP1xpaIbjUpPAHBq3cIq+CBFzbMlMMCCkUQ6d9LGV6GYCsYiEWZIy3nBnuxOYXeU4YTGDSin9e4/pCjPtQSHlg5LMEvIlF0ElthqrF129iK2RPBEWd3XWOl3SWV5uz5VUyZYp5kEFmz7QfP/B1W1BBzQ2iTGbSVT79lUHzcGXz3PJceSgz4uknETUwo0xffpr2KUvZF0i/r2sL3IFIClYx8CbIZE6Qt7MDJbOPB3xMScwaOcWG66IJfCnDkb0D2Mb+PHzX+oiCbxeTIogtyN+s2NJirNACk/OACSOTtV6vscwbzW4M168xqaI+RzR47S1nlV/rOoZnid87n/Ima2XYa3un3BuGAisNjb8eLMT9OnMtazQROFCuO1HiZXaOc0oUDbNC4eKLToOx8DzVhMgGA8XIAQ2x3b6I0uEyLssQjJX3QphcUMx4KsMgJ+72km4N2aqkBF2coKmUEt1eqIMGn+5txMT4kYVGd3ALO+y9Z4PP3d3l48JQK8s9ZZ/Qx/+NBKgBEJFlQ32psoJiihGO7FSYM5L81q72kaAYcilEFMG+ZK1BcMqELkflyCV7v8JEXLO4Rf/oZYNZHZVjJhfL6fnpP9Tio3Euue5uS7FMkfGOeRCTrBZ06Caev7tgufeTrX34Ur/Vvc+b8ksiIShNJtuF9WmYxOZ4xg8y6zTdy3KAB2y5kYkcRnXsptWwAFyKZ2I/QGySNeoQLkINUMloC+5L3WuMMx297Q1xUYLKqZ9XHavaobo6QQv4auMm+i84IhxRpPt9nUmcav9NcjCcP+TcMmxsQZ/F3mgeoA0fQgwvTsyXuuTaM3Sqtv2jaaajmaFQpK9W6uIbeqwvSDo34ZrY6elDUHwSCjHRRmlwmyy+eOra64Ssq0XSXYljMHtKY+FShcMkHsEUY/4Bw63dJ6KpwDaxmthlDdbdE+TvYF3v33cGSKqO+1H1pKYhJMvZD5ckQcHyNF8zrtiR5b0ko6NPGoRexUZTYP6VbUdn3zzxGBOi8Z0OqHjGqYxRXwN3mYi0GYEEZYq+Q3QvdKcEHILLLj8S+VFepSfErtmfZCdvxbfIifFSpEzKi+7VJsLMT+zEFeyp1OdwRC1VZrfTLIyR7xTPUcZFYPD9qI7D70uTb4hdpqPXsJIRNYbZtNwch1OI3trh3u2ScoQyM9POnInsUa+OovcwkUP1UfIzPb95n4BaF2ev57NHAej0+BVMF9/Cj9663HN2/JN3SQgslL914bKfiTTDFAz9PlQEL/dSv1H8xl3mtWxh1McFO9EJXlRDaKQDsyKO4vOJW90NFE6yw2tjbc2GeF95sbs0I9enAa6QwQVf/kJQhAD2BzUDKggOyjy1TEhED6sfk+418lQy3c/uj8aw8UEzZ6hIMCd8RohAkumMtIj9m73l2yPWoGHVTPaywkC7Yj9tBM1NxMgcrDwRtk4RO2WHT7Ql5kQCKdJj6kNuOTeyEBYBjLMhGz+O5/YGa84HEiTYEpZ6fFzy26GG2hWtTyteuYrhSyG56BjsT/wQeLRytpTY3D7sIMqZnJ9z1FDrfyjFlGl2TNw9BQysbaxOuwYYZs/7I6BANgkqCknWZC7/BBXvaeKwAmC959I+G39BUE9bExkNlbRoFRyEtNzv+NJ91FuisG3JCS6uYBeRnfv8AkAfKTeg9EYamqnsGfAV7d0f9DghHEQ5IsPGDIUhgoSj7obM4Bu5uhQ3/CYEDTHc92AsFvDK4XGrwUeGBWBHPlS+f4x+CxmmHz2sAGmSFNt65kwZC64mnaoWlu2310laYn8r62AqsR5dfjyK18MEdurdagldzfJtjFXlZs7St4QhdPiye6TPh2/ZAQLU/Fip5s7TDEM16KtRWrK9hmxnQ7bmfa/+7pa10Z8WDPK3NuJ+NN/RAbQ5vHx2uX0Lm7/w7cAEH/hvZA+mt7J7zGw7YtQYwnNN6dpgwkGjjrS3yQoeoYt1EnczmtmJfQZWzUlP3Hlg9Wzlr9IH23q3thGth+QNEANFettxKfskkGOlLk8AqoKJwDqOxAa6UzAx07plSSyNBJSGco9zjnC5gGbDoKvsMDuBR6bGRlGzJ+hFsGa/Izt78aI+WZ6dJlZKp4pGISuv9rV0sAS0MWEwCmfauO7oQZMiakHU35LBxiyJoOMddhUWgcZuC8r4Ksvn75TTcQXLJ7kWtYhGuGqPd9dZuFjBWQHNwosXY5snbHFQq72CvHXhIg+shQxycuLOuWYErwCLZeF24b7F78pO7xw4X6lIAR02hUOf5087Rl0nOaeb6CK4i/KA/EZv76ftOWZtjwxslNr0E/u8rWUmnf3amfg6UZmBAluuoj3Dd7UV+9IAJ6iYcDfSJlgmIImohjfIUMJ27z+opj50Ak9af2LCNrWrBJvMovA1OeNO+MF/MwZvnaCxTgG7Cw4QfSPF6AYCGFt21M8PySZFeV3t2Rqqs5JMzMYzGRgq4o+UaKRgBf9GHi/9X9HXA3wxkCsd/UhnHSh2zUVDiraio/6nP4y3XJqs8ABfALAtCYU7DHPMPRjgcM6Ad/HiSXDAbOdSMkvGZPAkHs8wuQTy6X2Ov/JFvcPuKfV3/r9Q28';
const FENCED = new Map([[8217,"apostrophe"],[8260,"fraction slash"],[12539,"middle dot"]]);
const NSM_MAX = 4;

function decode_arithmetic(bytes) {
	let pos = 0;
	function u16() { return (bytes[pos++] << 8) | bytes[pos++]; }
	
	// decode the frequency table
	let symbol_count = u16();
	let total = 1;
	let acc = [0, 1]; // first symbol has frequency 1
	for (let i = 1; i < symbol_count; i++) {
		acc.push(total += u16());
	}

	// skip the sized-payload that the last 3 symbols index into
	let skip = u16();
	let pos_payload = pos;
	pos += skip;

	let read_width = 0;
	let read_buffer = 0; 
	function read_bit() {
		if (read_width == 0) {
			// this will read beyond end of buffer
			// but (undefined|0) => zero pad
			read_buffer = (read_buffer << 8) | bytes[pos++];
			read_width = 8;
		}
		return (read_buffer >> --read_width) & 1;
	}

	const N = 31;
	const FULL = 2**N;
	const HALF = FULL >>> 1;
	const QRTR = HALF >> 1;
	const MASK = FULL - 1;

	// fill register
	let register = 0;
	for (let i = 0; i < N; i++) register = (register << 1) | read_bit();

	let symbols = [];
	let low = 0;
	let range = FULL; // treat like a float
	while (true) {
		let value = Math.floor((((register - low + 1) * total) - 1) / range);
		let start = 0;
		let end = symbol_count;
		while (end - start > 1) { // binary search
			let mid = (start + end) >>> 1;
			if (value < acc[mid]) {
				end = mid;
			} else {
				start = mid;
			}
		}
		if (start == 0) break; // first symbol is end mark
		symbols.push(start);
		let a = low + Math.floor(range * acc[start]   / total);
		let b = low + Math.floor(range * acc[start+1] / total) - 1;
		while (((a ^ b) & HALF) == 0) {
			register = (register << 1) & MASK | read_bit();
			a = (a << 1) & MASK;
			b = (b << 1) & MASK | 1;
		}
		while (a & ~b & QRTR) {
			register = (register & HALF) | ((register << 1) & (MASK >>> 1)) | read_bit();
			a = (a << 1) ^ HALF;
			b = ((b ^ HALF) << 1) | HALF | 1;
		}
		low = a;
		range = 1 + b - a;
	}
	let offset = symbol_count - 4;
	return symbols.map(x => { // index into payload
		switch (x - offset) {
			case 3: return offset + 0x10100 + ((bytes[pos_payload++] << 16) | (bytes[pos_payload++] << 8) | bytes[pos_payload++]);
			case 2: return offset + 0x100 + ((bytes[pos_payload++] << 8) | bytes[pos_payload++]);
			case 1: return offset + bytes[pos_payload++];
			default: return x - 1;
		}
	});
}	

// returns an iterator which returns the next symbol
function read_payload(v) {
	let pos = 0;
	return () => v[pos++];
}
function read_compressed_payload(s) {
	return read_payload(decode_arithmetic(unsafe_atob(s)));
}

// unsafe in the sense:
// expected well-formed Base64 w/o padding 
// 20220922: added for https://github.com/adraffy/ens-normalize.js/issues/4
function unsafe_atob(s) {
	let lookup = [];
	[...'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/'].forEach((c, i) => lookup[c.charCodeAt(0)] = i);
	let n = s.length;
	let ret = new Uint8Array((6 * n) >> 3);
	for (let i = 0, pos = 0, width = 0, carry = 0; i < n; i++) {
		carry = (carry << 6) | lookup[s.charCodeAt(i)];
		width += 6;
		if (width >= 8) {
			ret[pos++] = (carry >> (width -= 8));
		}
	}
	return ret;
}

// eg. [0,1,2,3...] => [0,-1,1,-2,...]
function signed(i) { 
	return (i & 1) ? (~i >> 1) : (i >> 1);
}

function read_deltas(n, next) {
	let v = Array(n);
	for (let i = 0, x = 0; i < n; i++) v[i] = x += signed(next());
	return v;
}

// [123][5] => [0 3] [1 1] [0 0]
function read_sorted(next, prev = 0) {
	let ret = [];
	while (true) {
		let x = next();
		let n = next();
		if (!n) break;
		prev += x;
		for (let i = 0; i < n; i++) {
			ret.push(prev + i);
		}
		prev += n + 1;
	}
	return ret;
}

function read_sorted_arrays(next) {
	return read_array_while(() => { 
		let v = read_sorted(next);
		if (v.length) return v;
	});
}

// returns map of x => ys
function read_mapped(next) {
	let ret = [];
	while (true) {
		let w = next();
		if (w == 0) break;
		ret.push(read_linear_table(w, next));
	}
	while (true) {
		let w = next() - 1;
		if (w < 0) break;
		ret.push(read_replacement_table(w, next));
	}
	return ret.flat();
}

// read until next is falsy
// return array of read values
function read_array_while(next) {
	let v = [];
	while (true) {
		let x = next(v.length);
		if (!x) break;
		v.push(x);
	}
	return v;
}

// read w columns of length n
// return as n rows of length w
function read_transposed(n, w, next) {
	let m = Array(n).fill().map(() => []);
	for (let i = 0; i < w; i++) {
		read_deltas(n, next).forEach((x, j) => m[j].push(x));
	}
	return m;
}
 
// returns [[x, ys], [x+dx, ys+dy], [x+2*dx, ys+2*dy], ...]
// where dx/dy = steps, n = run size, w = length of y
function read_linear_table(w, next) {
	let dx = 1 + next();
	let dy = next();
	let vN = read_array_while(next);
	let m = read_transposed(vN.length, 1+w, next);
	return m.flatMap((v, i) => {
		let [x, ...ys] = v;
		return Array(vN[i]).fill().map((_, j) => {
			let j_dy = j * dy;
			return [x + j * dx, ys.map(y => y + j_dy)];
		});
	});
}

// return [[x, ys...], ...]
// where w = length of y
function read_replacement_table(w, next) { 
	let n = 1 + next();
	let m = read_transposed(n, 1+w, next);
	return m.map(v => [v[0], v.slice(1)]);
}


function read_trie(next) {
	let ret = [];
	let sorted = read_sorted(next); 
	expand(decode([]), []);
	return ret; // not sorted
	function decode(Q) { // characters that lead into this node
		let S = next(); // state: valid, save, check
		let B = read_array_while(() => { // buckets leading to new nodes
			let cps = read_sorted(next).map(i => sorted[i]);
			if (cps.length) return decode(cps);
		});
		return {S, B, Q};
	}
	function expand({S, B}, cps, saved) {
		if (S & 4 && saved === cps[cps.length-1]) return;
		if (S & 2) saved = cps[cps.length-1];
		if (S & 1) ret.push(cps); 
		for (let br of B) {
			for (let cp of br.Q) {
				expand(br, [...cps, cp], saved);
			}
		}
	}
}

function hex_cp(cp) {
	return cp.toString(16).toUpperCase().padStart(2, '0');
}

function quote_cp(cp) {
	return `{${hex_cp(cp)}}`; // raffy convention: like "\u{X}" w/o the "\u"
}

/*
export function explode_cp(s) {
	return [...s].map(c => c.codePointAt(0));
}
*/
function explode_cp(s) { // this is about 2x faster
	let cps = [];
	for (let pos = 0, len = s.length; pos < len; ) {
		let cp = s.codePointAt(pos);
		pos += cp < 0x10000 ? 1 : 2;
		cps.push(cp);
	}
	return cps;
}

function str_from_cps(cps) {
	const chunk = 4096;
	let len = cps.length;
	if (len < chunk) return String.fromCodePoint(...cps);
	let buf = [];
	for (let i = 0; i < len; ) {
		buf.push(String.fromCodePoint(...cps.slice(i, i += chunk)));
	}
	return buf.join('');
}

function compare_arrays(a, b) {
	let n = a.length;
	let c = n - b.length;
	for (let i = 0; c == 0 && i < n; i++) c = a[i] - b[i];
	return c;
}

function array_replace(v, a, b) {
	let prev = 0;
	while (true) {
		let next = v.indexOf(a, prev);
		if (next < 0) break;
		v[next] = b; 
		prev = next + 1;
	}
}

// created 2024-09-13T06:42:45.675Z
// compressed base64-encoded blob for include-nf data
// source: https://github.com/adraffy/ens-normalize.js/blob/main/src/make.js
// see: https://github.com/adraffy/ens-normalize.js#security
// SHA-256: a79d5f9b1879a7b416aa659f4a3d788f80a8cf5f0ab955a456592c02f556a28c
var COMPRESSED = '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';

// https://unicode.org/reports/tr15/
// for reference implementation
// see: /derive/nf.js


// algorithmic hangul
// https://www.unicode.org/versions/Unicode15.0.0/ch03.pdf (page 144)
const S0 = 0xAC00;
const L0 = 0x1100;
const V0 = 0x1161;
const T0 = 0x11A7;
const L_COUNT = 19;
const V_COUNT = 21;
const T_COUNT = 28;
const N_COUNT = V_COUNT * T_COUNT;
const S_COUNT = L_COUNT * N_COUNT;
const S1 = S0 + S_COUNT;
const L1 = L0 + L_COUNT;
const V1 = V0 + V_COUNT;
const T1 = T0 + T_COUNT;

function unpack_cc(packed) {
	return (packed >> 24) & 0xFF;
}
function unpack_cp(packed) {
	return packed & 0xFFFFFF;
}

let SHIFTED_RANK, EXCLUSIONS, DECOMP, RECOMP;

// export function nf_deinit() {
// 	if (!SHIFTED_RANK) return;
// 	SHIFTED_RANK = EXCLUSIONS = DECOMP = RECOMP = undefined;
// }

function init$1() {
	//console.time('nf');
	let r = read_compressed_payload(COMPRESSED);
	SHIFTED_RANK = new Map(read_sorted_arrays(r).flatMap((v, i) => v.map(x => [x, (i+1) << 24]))); // pre-shifted
	EXCLUSIONS = new Set(read_sorted(r));
	DECOMP = new Map();
	RECOMP = new Map();
	for (let [cp, cps] of read_mapped(r)) {
		if (!EXCLUSIONS.has(cp) && cps.length == 2) {
			let [a, b] = cps;
			let bucket = RECOMP.get(a);
			if (!bucket) {
				bucket = new Map();
				RECOMP.set(a, bucket);
			}
			bucket.set(b, cp);
		}
		DECOMP.set(cp, cps.reverse()); // stored reversed
	}
	//console.timeEnd('nf');
	// 20230905: 11ms
}

function is_hangul(cp) {
	return cp >= S0 && cp < S1;
}

function compose_pair(a, b) {
	if (a >= L0 && a < L1 && b >= V0 && b < V1) {
		return S0 + (a - L0) * N_COUNT + (b - V0) * T_COUNT;
	} else if (is_hangul(a) && b > T0 && b < T1 && (a - S0) % T_COUNT == 0) {
		return a + (b - T0);
	} else {
		let recomp = RECOMP.get(a);
		if (recomp) {
			recomp = recomp.get(b);
			if (recomp) {
				return recomp;
			}
		}
		return -1;
	}
}

function decomposed(cps) {
	if (!SHIFTED_RANK) init$1();
	let ret = [];
	let buf = [];
	let check_order = false;
	function add(cp) {
		let cc = SHIFTED_RANK.get(cp);
		if (cc) {
			check_order = true;
			cp |= cc;
		}
		ret.push(cp);
	}
	for (let cp of cps) {
		while (true) {
			if (cp < 0x80) {
				ret.push(cp);
			} else if (is_hangul(cp)) {
				let s_index = cp - S0;
				let l_index = s_index / N_COUNT | 0;
				let v_index = (s_index % N_COUNT) / T_COUNT | 0;
				let t_index = s_index % T_COUNT;
				add(L0 + l_index);
				add(V0 + v_index);
				if (t_index > 0) add(T0 + t_index);
			} else {
				let mapped = DECOMP.get(cp);
				if (mapped) {
					buf.push(...mapped);
				} else {
					add(cp);
				}
			}
			if (!buf.length) break;
			cp = buf.pop();
		}
	}
	if (check_order && ret.length > 1) {
		let prev_cc = unpack_cc(ret[0]);
		for (let i = 1; i < ret.length; i++) {
			let cc = unpack_cc(ret[i]);
			if (cc == 0 || prev_cc <= cc) {
				prev_cc = cc;
				continue;
			}
			let j = i-1;
			while (true) {
				let tmp = ret[j+1];
				ret[j+1] = ret[j];
				ret[j] = tmp;
				if (!j) break;
				prev_cc = unpack_cc(ret[--j]);
				if (prev_cc <= cc) break;
			}
			prev_cc = unpack_cc(ret[i]);
		}
	}
	return ret;
}

function composed_from_decomposed(v) {
	let ret = [];
	let stack = [];
	let prev_cp = -1;
	let prev_cc = 0;
	for (let packed of v) {
		let cc = unpack_cc(packed);
		let cp = unpack_cp(packed);
		if (prev_cp == -1) {
			if (cc == 0) {
				prev_cp = cp;
			} else {
				ret.push(cp);
			}
		} else if (prev_cc > 0 && prev_cc >= cc) {
			if (cc == 0) {
				ret.push(prev_cp, ...stack);
				stack.length = 0;
				prev_cp = cp;
			} else {
				stack.push(cp);
			}
			prev_cc = cc;
		} else {
			let composed = compose_pair(prev_cp, cp);
			if (composed >= 0) {
				prev_cp = composed;
			} else if (prev_cc == 0 && cc == 0) {
				ret.push(prev_cp);
				prev_cp = cp;
			} else {
				stack.push(cp);
				prev_cc = cc;
			}
		}
	}
	if (prev_cp >= 0) {
		ret.push(prev_cp, ...stack);	
	}
	return ret;
}

// note: cps can be iterable
function nfd(cps) {
	return decomposed(cps).map(unpack_cp);
}
function nfc(cps) {
	return composed_from_decomposed(decomposed(cps));
}

const HYPHEN = 0x2D;
const STOP = 0x2E;
const STOP_CH = '.';
const FE0F = 0xFE0F;
const UNIQUE_PH = 1;

// 20230913: replace [...v] with Array_from(v) to avoid large spreads
const Array_from = x => Array.from(x); // Array.from.bind(Array);

function group_has_cp(g, cp) {
	// 20230913: keep primary and secondary distinct instead of creating valid union
	return g.P.has(cp) || g.Q.has(cp);
}

class Emoji extends Array {
	get is_emoji() { return true; } // free tagging system
}

let MAPPED, IGNORED, CM, NSM, ESCAPE, NFC_CHECK, GROUPS, WHOLE_VALID, WHOLE_MAP, VALID, EMOJI_LIST, EMOJI_ROOT;

// export function ens_deinit() {
// 	nf_deinit();
// 	if (!MAPPED) return;
// 	MAPPED = IGNORED = CM = NSM = ESCAPE = NFC_CHECK = GROUPS = WHOLE_VALID = WHOLE_MAP = VALID = EMOJI_LIST = EMOJI_ROOT = undefined;
// }

function init() {
	if (MAPPED) return;
	
	let r = read_compressed_payload(COMPRESSED$1);
	const read_sorted_array = () => read_sorted(r);
	const read_sorted_set = () => new Set(read_sorted_array());
	const set_add_many = (set, v) => v.forEach(x => set.add(x));

	MAPPED = new Map(read_mapped(r)); 
	IGNORED = read_sorted_set(); // ignored characters are not valid, so just read raw codepoints

	/*
	// direct include from payload is smaller than the decompression code
	const FENCED = new Map(read_array_while(() => {
		let cp = r();
		if (cp) return [cp, read_str(r())];
	}));
	*/
	// 20230217: we still need all CM for proper error formatting
	// but norm only needs NSM subset that are potentially-valid
	CM = read_sorted_array();
	NSM = new Set(read_sorted_array().map(i => CM[i]));
	CM = new Set(CM);
	
	ESCAPE = read_sorted_set(); // characters that should not be printed
	NFC_CHECK = read_sorted_set(); // only needed to illustrate ens_tokenize() transformations

	let chunks = read_sorted_arrays(r);
	let unrestricted = r();
	//const read_chunked = () => new Set(read_sorted_array().flatMap(i => chunks[i]).concat(read_sorted_array()));
	const read_chunked = () => {
		// 20230921: build set in parts, 2x faster
		let set = new Set();
		read_sorted_array().forEach(i => set_add_many(set, chunks[i]));
		set_add_many(set, read_sorted_array());
		return set; 
	};
	GROUPS = read_array_while(i => {
		// minifier property mangling seems unsafe
		// so these are manually renamed to single chars
		let N = read_array_while(r).map(x => x+0x60);
		if (N.length) {
			let R = i >= unrestricted; // unrestricted then restricted
			N[0] -= 32; // capitalize
			N = str_from_cps(N);
			if (R) N=`Restricted[${N}]`;
			let P = read_chunked(); // primary
			let Q = read_chunked(); // secondary
			let M = !r(); // not-whitelisted, check for NSM
			// *** this code currently isn't needed ***
			/*
			let V = [...P, ...Q].sort((a, b) => a-b); // derive: sorted valid
			let M = r()-1; // number of combining mark
			if (M < 0) { // whitelisted
				M = new Map(read_array_while(() => {
					let i = r();
					if (i) return [V[i-1], read_array_while(() => {
						let v = read_array_while(r);
						if (v.length) return v.map(x => x-1);
					})];
				}));
			}*/
			return {N, P, Q, M, R};
		}
	});

	// decode compressed wholes
	WHOLE_VALID = read_sorted_set();
	WHOLE_MAP = new Map();
	let wholes = read_sorted_array().concat(Array_from(WHOLE_VALID)).sort((a, b) => a-b); // must be sorted
	wholes.forEach((cp, i) => {
		let d = r(); 
		let w = wholes[i] = d ? wholes[i-d] : {V: [], M: new Map()};
		w.V.push(cp); // add to member set
		if (!WHOLE_VALID.has(cp)) {
			WHOLE_MAP.set(cp, w);  // register with whole map
		}
	});

	// compute confusable-extent complements
	// usage: WHOLE_MAP.get(cp).M.get(cp) = complement set
	for (let {V, M} of new Set(WHOLE_MAP.values())) {
		// connect all groups that have each whole character
		let recs = [];
		for (let cp of V) {
			let gs = GROUPS.filter(g => group_has_cp(g, cp));
			let rec = recs.find(({G}) => gs.some(g => G.has(g)));
			if (!rec) {
				rec = {G: new Set(), V: []};
				recs.push(rec);
			}
			rec.V.push(cp);
			set_add_many(rec.G, gs);
		}
		// per character cache groups which are not a member of the extent
		let union = recs.flatMap(x => Array_from(x.G)); // all of the groups used by this whole
		for (let {G, V} of recs) {
			let complement = new Set(union.filter(g => !G.has(g))); // groups not covered by the extent
			for (let cp of V) {
				M.set(cp, complement); // this is the same reference
			}
		}
	}

	// compute valid set
	// 20230924: VALID was union but can be re-used
	VALID = new Set(); // exists in 1+ groups
	let multi = new Set(); // exists in 2+ groups
	const add_to_union = cp => VALID.has(cp) ? multi.add(cp) : VALID.add(cp);
	for (let g of GROUPS) {
		for (let cp of g.P) add_to_union(cp);
		for (let cp of g.Q) add_to_union(cp);
	}
	// dual purpose WHOLE_MAP: return placeholder if unique non-confusable
	for (let cp of VALID) {
		if (!WHOLE_MAP.has(cp) && !multi.has(cp)) {
			WHOLE_MAP.set(cp, UNIQUE_PH);
		}
	}
	// add all decomposed parts
	// see derive: "Valid is Closed (via Brute-force)"
	set_add_many(VALID, nfd(VALID));
	
	// decode emoji
	// 20230719: emoji are now fully-expanded to avoid quirk logic 
	EMOJI_LIST = read_trie(r).map(v => Emoji.from(v)).sort(compare_arrays);
	EMOJI_ROOT = new Map(); // this has approx 7K nodes (2+ per emoji)
	for (let cps of EMOJI_LIST) {
		// 20230719: change to *slightly* stricter algorithm which disallows 
		// insertion of misplaced FE0F in emoji sequences (matching ENSIP-15)
		// example: beautified [A B] (eg. flag emoji) 
		//  before: allow: [A FE0F B], error: [A FE0F FE0F B] 
		//   after: error: both
		// note: this code now matches ENSNormalize.{cs,java} logic
		let prev = [EMOJI_ROOT];
		for (let cp of cps) {
			let next = prev.map(node => {
				let child = node.get(cp);
				if (!child) {
					// should this be object? 
					// (most have 1-2 items, few have many)
					// 20230719: no, v8 default map is 4?
					child = new Map();
					node.set(cp, child);
				}
				return child;
			});
			if (cp === FE0F) {
				prev.push(...next); // less than 20 elements
			} else {
				prev = next;
			}
		}
		for (let x of prev) {
			x.V = cps;
		}
	}
}

// if escaped: {HEX}
//       else: "x" {HEX}
function quoted_cp(cp) {
	return (should_escape(cp) ? '' : `${bidi_qq(safe_str_from_cps([cp]))} `) + quote_cp(cp);
}

// 20230211: some messages can be mixed-directional and result in spillover
// use 200E after a quoted string to force the remainder of a string from 
// acquring the direction of the quote
// https://www.w3.org/International/questions/qa-bidi-unicode-controls#exceptions
function bidi_qq(s) {
	return `"${s}"\u200E`; // strong LTR
}

function check_label_extension(cps) {
	if (cps.length >= 4 && cps[2] == HYPHEN && cps[3] == HYPHEN) {
		throw new Error(`invalid label extension: "${str_from_cps(cps.slice(0, 4))}"`); // this can only be ascii so cant be bidi
	}
}
function check_leading_underscore(cps) {
	const UNDERSCORE = 0x5F;
	for (let i = cps.lastIndexOf(UNDERSCORE); i > 0; ) {
		if (cps[--i] !== UNDERSCORE) {
			throw new Error('underscore allowed only at start');
		}
	}
}
// check that a fenced cp is not leading, trailing, or touching another fenced cp
function check_fenced(cps) {
	let cp = cps[0];
	let prev = FENCED.get(cp);
	if (prev) throw error_placement(`leading ${prev}`);
	let n = cps.length;
	let last = -1; // prevents trailing from throwing
	for (let i = 1; i < n; i++) {
		cp = cps[i];
		let match = FENCED.get(cp);
		if (match) {
			// since cps[0] isn't fenced, cps[1] cannot throw
			if (last == i) throw error_placement(`${prev} + ${match}`);
			last = i + 1;
			prev = match;
		}
	}
	if (last == n) throw error_placement(`trailing ${prev}`);
}

// create a safe to print string 
// invisibles are escaped
// leading cm uses placeholder
// if cps exceed max, middle truncate with ellipsis
// quoter(cp) => string, eg. 3000 => "{3000}"
// note: in html, you'd call this function then replace [<>&] with entities
function safe_str_from_cps(cps, max = Infinity, quoter = quote_cp) {
	//if (Number.isInteger(cps)) cps = [cps];
	//if (!Array.isArray(cps)) throw new TypeError(`expected codepoints`);
	let buf = [];
	if (is_combining_mark(cps[0])) buf.push('◌');
	if (cps.length > max) {
		max >>= 1;
		cps = [...cps.slice(0, max), 0x2026, ...cps.slice(-max)];
	}
	let prev = 0;
	let n = cps.length;
	for (let i = 0; i < n; i++) {
		let cp = cps[i];
		if (should_escape(cp)) {
			buf.push(str_from_cps(cps.slice(prev, i)));
			buf.push(quoter(cp));
			prev = i + 1;
		}
	}
	buf.push(str_from_cps(cps.slice(prev, n)));
	return buf.join('');
}

// note: set(s) cannot be exposed because they can be modified
// note: Object.freeze() doesn't work
function is_combining_mark(cp, only_nsm) { // 20240127: add extra argument
	init();
	return only_nsm ? NSM.has(cp) : CM.has(cp);
}
function should_escape(cp) {
	init();
	return ESCAPE.has(cp);
}

// return all supported emoji as fully-qualified emoji 
// ordered by length then lexicographic 
function ens_emoji() {
	init();
	return EMOJI_LIST.map(x => x.slice()); // emoji are exposed so copy
}

function ens_normalize_fragment(frag, decompose) {
	init();
	let nf = decompose ? nfd : nfc;
	return frag.split(STOP_CH).map(label => str_from_cps(tokens_from_str(explode_cp(label), nf, filter_fe0f).flat())).join(STOP_CH);
}

function ens_normalize(name) {
	return flatten(split(name, nfc, filter_fe0f));
}

function ens_beautify(name) {
	let labels = split(name, nfc, x => x); // emoji not exposed
	for (let {type, output, error} of labels) {
		if (error) break; // flatten will throw

		// replace leading/trailing hyphen
		// 20230121: consider beautifing all or leading/trailing hyphen to unicode variant
		// not exactly the same in every font, but very similar: "-" vs "‐"
		/*
		const UNICODE_HYPHEN = 0x2010;
		// maybe this should replace all for visual consistancy?
		// `node tools/reg-count.js regex ^-\{2,\}` => 592
		//for (let i = 0; i < output.length; i++) if (output[i] == 0x2D) output[i] = 0x2010;
		if (output[0] == HYPHEN) output[0] = UNICODE_HYPHEN;
		let end = output.length-1;
		if (output[end] == HYPHEN) output[end] = UNICODE_HYPHEN;