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\"🧣\", \"🌺\", \"🌻\", \"🌼\", \"🌷\", \"🌱\",\n \"🪴\", \"🌲\", \"🌳\", \"🌴\", \"🌵\", \"🌾\", \"🌿\", \"🎤\", \"🍀\", \"🍁\", \"🪺\",\n \"👽\", \"🍇\", \"🍈\", \"🍉\", \"🍊\", \"🍋\", \"🍌\", \"🍍\", \"🥭\", \"🍎\", \"🍏\",\n \"🍐\", \"🍑\", \"🍒\", \"🍓\", \"🫐\", \"🥝\", \"🍅\", \"🫒\", \"🥥\", \"🥑\", \"🍆\",\n \"🥔\", \"🥕\", \"🌽\", \"🧸\", \"🫑\", \"🥒\", \"🥬\", \"🥦\", \"🧄\", \"🧅\", \"🍄\",\n \"🥜\", \"🌰\", \"🍞\", \"🥐\", \"🥖\", \"💩\", \"🥨\", \"🥯\", \"🥞\", \"🧇\", \"🧀\",\n \"🎶\", \"🏸\", \"🎾\", \"🎨\", \"🍔\", \"🔭\", \"🍕\", \"🌭\", \"🥪\", \"🌮\", \"🌯\",\n \"😸\", \"📷\", \"🌜\", \"🥚\", \"🚂\", \"🛼\", \"🚁\", \"👾\", \"👻\", \"🥗\", \"🍿\",\n \"🧩\", \"🖖\", \"🥫\", \"🎸\", \"🍘\", \"🍙\", \"🍚\", \"🃏\", \"🍜\", \"🍝\", \"🍠\",\n \"🍢\", \"🍣\", \"🍤\", \"🍥\", \"🥮\", \"🍡\", \"🥟\", \"🥠\", \"🩰\", \"🦀\", \"🦞\",\n \"🦐\", \"🦑\", \"🎡\", \"🍦\", \"🍧\", \"🍨\", \"🍩\", \"🍪\", \"🎂\", \"🍰\", \"🧁\",\n \"🥧\", \"🍫\", \"🍬\", \"🍭\", \"🍮\", \"🎓\", \"🍼\", \"🎮\", \"🛹\", \"🫖\", \"🌍\",\n \"🌎\", \"🌏\", \"🧭\", \"🌠\", \"🪐\", \"🪀\", \"🧵\", \"🧶\", \"🧋\", \"🎉\", \"🪁\",\n \"🙈\", 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SPDX-License-Identifier: AGPL\n// Ported from https://codeberg.org/kitten/app/src/branch/main/src/lib/KittenMoji.js\n\n// dprint-ignore\nconst alphabet = [\n \"🐵\", \"🐒\", \"🦍\", \"🦧\", \"🐶\", \"🐕\", \"🦮\", \"🐩\", \"🐺\", \"🦊\", \"🦝\",\n \"🐱\", \"🐈\", \"🦁\", \"🐯\", \"🐅\", \"🐆\", \"🐴\", \"🧮\", \"🦄\", \"🦓\", \"🦌\",\n \"🦬\", \"🐮\", \"🐂\", \"🐃\", \"🐄\", \"🐷\", \"🐖\", \"🐗\", \"🐽\", \"🐏\", \"🐑\",\n \"🐐\", \"🐪\", \"🐫\", \"🦙\", \"🦒\", \"🐘\", \"🦣\", \"🦏\", \"🦛\", \"🐭\", \"🐁\",\n \"🐀\", \"🐹\", \"🐰\", \"🐇\", \"🎈\", \"🦫\", \"🦔\", \"🦇\", \"🐻\", \"🐨\", \"🐼\",\n \"🦥\", \"🦦\", \"🦨\", \"🦘\", \"🦡\", \"🐾\", \"🦃\", \"🎹\", \"🐓\", \"🐣\", \"🐤\",\n \"🐥\", \"🐦\", \"🐧\", \"💕\", \"🦅\", \"🦆\", \"🦢\", \"🦉\", \"🦤\", \"🪶\", \"🦩\",\n \"🦚\", \"🦜\", \"🚲\", \"🐊\", \"🐢\", \"🦎\", \"📚\", \"🐉\", \"🦕\", \"🦖\", \"🐳\",\n \"🐋\", \"🐬\", \"🦭\", \"🐟\", \"🐠\", \"🐡\", \"🦈\", \"🐙\", \"🐚\", \"🐌\", \"🦋\",\n \"🐛\", \"🐜\", \"🐝\", \"🪲\", \"🐞\", \"🦗\", \"🎭\", \"🎁\", \"🧬\", \"🪱\", \"🦠\",\n \"💐\", \"🌸\", \"🎠\", \"🌈\", \"🌹\", \"🧣\", \"🌺\", \"🌻\", \"🌼\", \"🌷\", \"🌱\",\n \"🪴\", \"🌲\", \"🌳\", \"🌴\", \"🌵\", \"🌾\", \"🌿\", \"🎤\", \"🍀\", \"🍁\", \"🪺\",\n \"👽\", \"🍇\", \"🍈\", \"🍉\", \"🍊\", \"🍋\", \"🍌\", \"🍍\", \"🥭\", \"🍎\", \"🍏\",\n \"🍐\", \"🍑\", \"🍒\", \"🍓\", \"🫐\", \"🥝\", \"🍅\", \"🫒\", \"🥥\", \"🥑\", \"🍆\",\n \"🥔\", \"🥕\", \"🌽\", \"🧸\", \"🫑\", \"🥒\", \"🥬\", \"🥦\", \"🧄\", \"🧅\", \"🍄\",\n \"🥜\", \"🌰\", \"🍞\", \"🥐\", \"🥖\", \"💩\", \"🥨\", \"🥯\", \"🥞\", \"🧇\", \"🧀\",\n \"🎶\", \"🏸\", \"🎾\", \"🎨\", \"🍔\", \"🔭\", \"🍕\", \"🌭\", \"🥪\", \"🌮\", \"🌯\",\n \"😸\", \"📷\", \"🌜\", \"🥚\", \"🚂\", \"🛼\", \"🚁\", \"👾\", \"👻\", \"🥗\", \"🍿\",\n \"🧩\", \"🖖\", \"🥫\", \"🎸\", \"🍘\", \"🍙\", \"🍚\", \"🃏\", \"🍜\", \"🍝\", \"🍠\",\n \"🍢\", \"🍣\", \"🍤\", \"🍥\", \"🥮\", \"🍡\", \"🥟\", \"🥠\", \"🩰\", \"🦀\", \"🦞\",\n \"🦐\", \"🦑\", \"🎡\", \"🍦\", \"🍧\", \"🍨\", \"🍩\", \"🍪\", \"🎂\", \"🍰\", \"🧁\",\n \"🥧\", \"🍫\", \"🍬\", \"🍭\", \"🍮\", \"🎓\", \"🍼\", \"🎮\", \"🛹\", \"🫖\", \"🌍\",\n \"🌎\", \"🌏\", \"🧭\", \"🌠\", \"🪐\", \"🪀\", \"🧵\", \"🧶\", \"🧋\", \"🎉\", \"🪁\",\n \"🙈\", \"🙉\", \"🙊\"\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nexport function encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nexport function decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}",7,[148],{"_149":150,"_103":203,"_108":206,"_152":138,"_166":207},["D",1707949361056],[208],{"_106":209,"_152":138,"_149":150,"_99":148,"_159":210,"_157":158,"_103":211,"_151":-5,"_108":206,"_153":203,"_162":-5,"_154":27,"_161":27,"_102":212},"77da72f8-277e-11f0-b46e-569c3dd06744","// SPDX-License-Identifier: AGPL\n// Ported from https://codeberg.org/kitten/app/src/branch/main/src/lib/KittenMoji.js\n\n// deno-fmt-ignore\nconst alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nexport function encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nexport function decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}",6,[148],{"_149":150,"_103":211,"_108":214,"_152":138,"_166":215},["D",1707948908506],[216],{"_106":217,"_152":138,"_149":150,"_99":148,"_159":218,"_157":158,"_103":219,"_151":-5,"_108":214,"_153":211,"_162":-5,"_154":27,"_161":27,"_102":220},"77d4cfa6-277e-11f0-b46e-569c3dd06744","// SPDX-License-Identifier: AGPL\n// Ported from https://codeberg.org/kitten/app/src/branch/main/src/lib/KittenMoji.js\nconst alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nexport function encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nexport function decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}",5,[148],{"_149":150,"_103":219,"_108":222,"_152":138,"_166":223},["D",1707948816673],[224],{"_106":225,"_152":138,"_149":150,"_99":148,"_159":226,"_157":158,"_103":227,"_151":-5,"_108":222,"_153":219,"_162":-5,"_154":27,"_161":27,"_102":228},"77cf2efc-277e-11f0-b46e-569c3dd06744","// SPDX-License-Identifier: AGPL\n// Ported from https://codeberg.org/kitten/app/src/branch/cryptography/src/lib/KittenMoji.js\nconst alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nexport function encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nexport function decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}",4,[148],{"_149":150,"_103":227,"_108":230,"_152":138,"_166":231},["D",1707948338061],[232],{"_106":233,"_152":138,"_149":150,"_99":148,"_159":234,"_157":158,"_103":235,"_151":-5,"_108":230,"_153":227,"_162":-5,"_154":27,"_161":27,"_102":236},"77c99690-277e-11f0-b46e-569c3dd06744","// SPDX-License-Identifier: AGPL\n\nconst alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nexport function encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nexport function decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}",3,[148],{"_149":150,"_103":235,"_108":238,"_152":138,"_166":239},["D",1707947589612],[240],{"_106":241,"_152":138,"_149":150,"_99":148,"_159":242,"_157":158,"_103":94,"_151":-5,"_108":238,"_153":235,"_162":-5,"_154":27,"_161":27,"_102":243},"77c3c8e6-277e-11f0-b46e-569c3dd06744","// SPDX-License-Identifier: AGPL\nimport { from } from \"npm:multiformats/bases/base\";\n\nconst alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];\n\nconst alphabetBytesToChars: string[] = alphabet.reduce((p, c, i) => {\n p[i] = c;\n return p;\n}, []);\nconst alphabetCharsToBytes: number[] = alphabet.reduce((p, c, i) => {\n p[c.codePointAt(0) as number] = i;\n return p;\n}, []);\n\nfunction encode(data: Uint8Array): string {\n return data.reduce((p, c) => {\n p += alphabetBytesToChars[c];\n return p;\n }, \"\");\n}\n\nfunction decode(str: string): Uint8Array {\n const byts = [];\n for (const char of str) {\n const byt = alphabetCharsToBytes[char.codePointAt(0) as number];\n if (byt === undefined) {\n throw new Error(`Non-base256kitten character: ${char}`);\n }\n byts.push(byt);\n }\n return new Uint8Array(byts);\n}\n\nexport const base256kitten = from({\n prefix: \"🐱\",\n name: \"base256kitten\",\n encode,\n decode,\n});",[148],{"_149":150,"_103":94,"_108":245,"_152":138,"_166":246},["D",1707947464392],[247],{"_106":248,"_152":138,"_149":150,"_99":148,"_159":249,"_157":158,"_103":122,"_151":-5,"_108":245,"_153":94,"_162":-5,"_154":27,"_161":27,"_102":250},"77bde552-277e-11f0-b46e-569c3dd06744","const alphabet = [\n \"🐵\",\n \"🐒\",\n \"🦍\",\n \"🦧\",\n \"🐶\",\n \"🐕\",\n \"🦮\",\n \"🐩\",\n \"🐺\",\n \"🦊\",\n \"🦝\",\n \"🐱\",\n \"🐈\",\n \"🦁\",\n \"🐯\",\n \"🐅\",\n \"🐆\",\n \"🐴\",\n \"🧮\",\n \"🦄\",\n \"🦓\",\n \"🦌\",\n \"🦬\",\n \"🐮\",\n \"🐂\",\n \"🐃\",\n \"🐄\",\n \"🐷\",\n \"🐖\",\n \"🐗\",\n \"🐽\",\n \"🐏\",\n \"🐑\",\n \"🐐\",\n \"🐪\",\n \"🐫\",\n \"🦙\",\n \"🦒\",\n \"🐘\",\n \"🦣\",\n \"🦏\",\n \"🦛\",\n \"🐭\",\n \"🐁\",\n \"🐀\",\n \"🐹\",\n \"🐰\",\n \"🐇\",\n \"🎈\",\n \"🦫\",\n \"🦔\",\n \"🦇\",\n \"🐻\",\n \"🐨\",\n \"🐼\",\n \"🦥\",\n \"🦦\",\n \"🦨\",\n \"🦘\",\n \"🦡\",\n \"🐾\",\n \"🦃\",\n \"🎹\",\n \"🐓\",\n \"🐣\",\n \"🐤\",\n \"🐥\",\n \"🐦\",\n \"🐧\",\n \"💕\",\n \"🦅\",\n \"🦆\",\n \"🦢\",\n \"🦉\",\n \"🦤\",\n \"🪶\",\n \"🦩\",\n \"🦚\",\n \"🦜\",\n \"🚲\",\n \"🐊\",\n \"🐢\",\n \"🦎\",\n \"📚\",\n \"🐉\",\n \"🦕\",\n \"🦖\",\n \"🐳\",\n \"🐋\",\n \"🐬\",\n \"🦭\",\n \"🐟\",\n \"🐠\",\n \"🐡\",\n \"🦈\",\n \"🐙\",\n \"🐚\",\n \"🐌\",\n \"🦋\",\n \"🐛\",\n \"🐜\",\n \"🐝\",\n \"🪲\",\n \"🐞\",\n \"🦗\",\n \"🎭\",\n \"🎁\",\n \"🧬\",\n \"🪱\",\n \"🦠\",\n \"💐\",\n \"🌸\",\n \"🎠\",\n \"🌈\",\n \"🌹\",\n \"🧣\",\n \"🌺\",\n \"🌻\",\n \"🌼\",\n \"🌷\",\n \"🌱\",\n \"🪴\",\n \"🌲\",\n \"🌳\",\n \"🌴\",\n \"🌵\",\n \"🌾\",\n \"🌿\",\n \"🎤\",\n \"🍀\",\n \"🍁\",\n \"🪺\",\n \"👽\",\n \"🍇\",\n \"🍈\",\n \"🍉\",\n \"🍊\",\n \"🍋\",\n \"🍌\",\n \"🍍\",\n \"🥭\",\n \"🍎\",\n \"🍏\",\n \"🍐\",\n \"🍑\",\n \"🍒\",\n \"🍓\",\n \"🫐\",\n \"🥝\",\n \"🍅\",\n \"🫒\",\n \"🥥\",\n \"🥑\",\n \"🍆\",\n \"🥔\",\n \"🥕\",\n \"🌽\",\n \"🧸\",\n \"🫑\",\n \"🥒\",\n \"🥬\",\n \"🥦\",\n \"🧄\",\n \"🧅\",\n \"🍄\",\n \"🥜\",\n \"🌰\",\n \"🍞\",\n \"🥐\",\n \"🥖\",\n \"💩\",\n \"🥨\",\n \"🥯\",\n \"🥞\",\n \"🧇\",\n \"🧀\",\n \"🎶\",\n \"🏸\",\n \"🎾\",\n \"🎨\",\n \"🍔\",\n \"🔭\",\n \"🍕\",\n \"🌭\",\n \"🥪\",\n \"🌮\",\n \"🌯\",\n \"😸\",\n \"📷\",\n \"🌜\",\n \"🥚\",\n \"🚂\",\n \"🛼\",\n \"🚁\",\n \"👾\",\n \"👻\",\n \"🥗\",\n \"🍿\",\n \"🧩\",\n \"🖖\",\n \"🥫\",\n \"🎸\",\n \"🍘\",\n \"🍙\",\n \"🍚\",\n \"🃏\",\n \"🍜\",\n \"🍝\",\n \"🍠\",\n \"🍢\",\n \"🍣\",\n \"🍤\",\n \"🍥\",\n \"🥮\",\n \"🍡\",\n \"🥟\",\n \"🥠\",\n \"🩰\",\n \"🦀\",\n \"🦞\",\n \"🦐\",\n \"🦑\",\n \"🎡\",\n \"🍦\",\n \"🍧\",\n \"🍨\",\n \"🍩\",\n \"🍪\",\n \"🎂\",\n \"🍰\",\n \"🧁\",\n \"🥧\",\n \"🍫\",\n \"🍬\",\n \"🍭\",\n \"🍮\",\n \"🎓\",\n \"🍼\",\n \"🎮\",\n \"🛹\",\n \"🫖\",\n \"🌍\",\n \"🌎\",\n \"🌏\",\n \"🧭\",\n \"🌠\",\n \"🪐\",\n \"🪀\",\n \"🧵\",\n \"🧶\",\n \"🧋\",\n \"🎉\",\n \"🪁\",\n \"🙈\",\n \"🙉\",\n \"🙊\",\n];",[148],{"_149":150,"_103":122,"_108":252,"_152":138,"_166":253},["D",1707947255522],[254],{"_106":255,"_152":138,"_149":150,"_99":148,"_159":70,"_157":158,"_103":33,"_151":-5,"_108":252,"_153":122,"_162":-5,"_154":27,"_161":27,"_102":256},"77b7d98c-277e-11f0-b46e-569c3dd06744",[148],"page","hasNext","routes/_app","actionData","errors"]

History