{
  "version": 3,
  "sources": ["../src/utils/encoding.ts", "../src/utils/hash.ts", "../src/utils/c32.ts", "../src/utils/constants.ts", "../src/utils/address.ts", "../src/utils/units.ts", "../src/utils/signature.ts", "../src/utils/keys.ts"],
  "sourcesContent": [
    "const hexes = Array.from({ length: 256 }, (_, i) =>\n\ti.toString(16).padStart(2, \"0\"),\n);\n\nexport function bytesToHex(bytes: Uint8Array): string {\n\tlet hex = \"\";\n\tfor (const b of bytes) {\n\t\thex += hexes[b];\n\t}\n\treturn hex;\n}\n\nexport function hexToBytes(hex: string): Uint8Array {\n\tlet h = without0x(hex);\n\tif (h.length % 2) h = `0${h}`;\n\n\tconst array = new Uint8Array(h.length / 2);\n\tfor (let i = 0; i < array.length; i++) {\n\t\tconst j = i * 2;\n\t\tconst byte = Number.parseInt(h.slice(j, j + 2), 16);\n\t\tif (Number.isNaN(byte) || byte < 0)\n\t\t\tthrow new Error(\"Invalid byte sequence\");\n\t\tarray[i] = byte;\n\t}\n\treturn array;\n}\n\nexport function with0x(value: string): string {\n\treturn /^0x/i.test(value) ? value : `0x${value}`;\n}\n\nexport function without0x(value: string): string {\n\treturn /^0x/i.test(value) ? value.slice(2) : value;\n}\n\nexport function utf8ToBytes(str: string): Uint8Array {\n\treturn new TextEncoder().encode(str);\n}\n\nexport function bytesToUtf8(bytes: Uint8Array): string {\n\treturn new TextDecoder().decode(bytes);\n}\n\nexport function asciiToBytes(str: string): Uint8Array {\n\tconst bytes = new Uint8Array(str.length);\n\tfor (let i = 0; i < str.length; i++) {\n\t\tbytes[i] = str.charCodeAt(i) & 0xff;\n\t}\n\treturn bytes;\n}\n\nexport function bytesToAscii(bytes: Uint8Array): string {\n\treturn String.fromCharCode(...bytes);\n}\n\nexport function concatBytes(...arrays: Uint8Array[]): Uint8Array {\n\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\tif (arrays.length === 1) return arrays[0]!;\n\tconst length = arrays.reduce((a, arr) => a + arr.length, 0);\n\tconst result = new Uint8Array(length);\n\tlet pad = 0;\n\tfor (const arr of arrays) {\n\t\tresult.set(arr, pad);\n\t\tpad += arr.length;\n\t}\n\treturn result;\n}\n\nexport type IntegerType = number | string | bigint | Uint8Array;\n\nexport function intToBigInt(value: IntegerType): bigint {\n\tif (typeof value === \"bigint\") return value;\n\tif (typeof value === \"string\") return BigInt(value);\n\tif (typeof value === \"number\") {\n\t\tif (!Number.isInteger(value))\n\t\t\tthrow new RangeError(\"Values of type 'number' must be an integer.\");\n\t\tif (value > Number.MAX_SAFE_INTEGER)\n\t\t\tthrow new RangeError(\n\t\t\t\t`Values of type 'number' must be <= ${Number.MAX_SAFE_INTEGER}. Use BigInt instead.`,\n\t\t\t);\n\t\treturn BigInt(value);\n\t}\n\tif (value instanceof Uint8Array) return BigInt(`0x${bytesToHex(value)}`);\n\tthrow new TypeError(\"Must be a number, bigint, string, or Uint8Array.\");\n}\n\nexport function intToBytes(value: IntegerType, byteLength: number): Uint8Array {\n\treturn bigIntToBytes(intToBigInt(value), byteLength);\n}\n\nexport function bigIntToBytes(value: bigint, length = 16): Uint8Array {\n\tconst hex = value.toString(16).padStart(length * 2, \"0\");\n\treturn hexToBytes(hex);\n}\n\nexport function intToHex(integer: IntegerType, byteLength = 8): string {\n\tconst value = typeof integer === \"bigint\" ? integer : intToBigInt(integer);\n\treturn value.toString(16).padStart(byteLength * 2, \"0\");\n}\n\nexport function toTwos(value: bigint, width: bigint): bigint {\n\tconst limit = BigInt(1) << (width - BigInt(1));\n\tif (value < -limit || value > limit - BigInt(1)) {\n\t\tthrow new Error(`Unable to represent integer in width: ${width}`);\n\t}\n\tif (value >= BigInt(0)) return value;\n\treturn value + (BigInt(1) << width);\n}\n\nexport function fromTwos(value: bigint, width: bigint): bigint {\n\tif (value & (BigInt(1) << (width - BigInt(1)))) {\n\t\treturn value - (BigInt(1) << width);\n\t}\n\treturn value;\n}\n\nexport function bytesToTwosBigInt(bytes: Uint8Array): bigint {\n\tif (bytes.length === 0) return 0n;\n\tconst hex = bytesToHex(bytes);\n\tif (hex.length === 0) return 0n;\n\treturn fromTwos(BigInt(`0x${hex}`), BigInt(bytes.byteLength * 8));\n}\n\nexport function writeUInt32BE(value: number): Uint8Array {\n\tconst buf = new Uint8Array(4);\n\tbuf[0] = (value >>> 24) & 0xff;\n\tbuf[1] = (value >>> 16) & 0xff;\n\tbuf[2] = (value >>> 8) & 0xff;\n\tbuf[3] = value & 0xff;\n\treturn buf;\n}\n\nexport function readUInt32BE(bytes: Uint8Array, offset = 0): number {\n\treturn (\n\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t((bytes[offset]! << 24) |\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\t(bytes[offset + 1]! << 16) |\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\t(bytes[offset + 2]! << 8) |\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\tbytes[offset + 3]!) >>>\n\t\t0\n\t);\n}\n\nexport function writeUInt16BE(value: number): Uint8Array {\n\tconst buf = new Uint8Array(2);\n\tbuf[0] = (value >>> 8) & 0xff;\n\tbuf[1] = value & 0xff;\n\treturn buf;\n}\n\nexport function readUInt16BE(bytes: Uint8Array, offset = 0): number {\n\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\treturn ((bytes[offset]! << 8) | bytes[offset + 1]!) >>> 0;\n}\n\nexport function writeUInt8(value: number): Uint8Array {\n\treturn new Uint8Array([value & 0xff]);\n}\n",
    "import { ripemd160 } from \"@noble/hashes/legacy.js\";\nimport { sha256 } from \"@noble/hashes/sha2.js\";\nimport { sha512_256 } from \"@noble/hashes/sha2.js\";\nimport { bytesToHex } from \"./encoding.ts\";\n\nexport { sha256, sha512_256, ripemd160 };\n\n/** RIPEMD160(SHA256(input)) — standard Bitcoin/Stacks address hash */\nexport function hash160(input: Uint8Array): Uint8Array {\n\treturn ripemd160(sha256(input));\n}\n\n/** Hash used for transaction IDs */\nexport function txidFromBytes(data: Uint8Array): string {\n\treturn bytesToHex(sha512_256(data));\n}\n\n/** hash160 as hex — used for P2PKH address derivation */\nexport function hashP2PKH(input: Uint8Array): string {\n\treturn bytesToHex(hash160(input));\n}\n",
    "import { sha256 } from \"@noble/hashes/sha2.js\";\nimport { bytesToHex, hexToBytes } from \"./encoding.ts\";\n\nconst C32 = \"0123456789ABCDEFGHJKMNPQRSTVWXYZ\";\nconst HEX = \"0123456789abcdef\";\n\nfunction c32normalize(input: string): string {\n\treturn input.toUpperCase().replace(/O/g, \"0\").replace(/L|I/g, \"1\");\n}\n\nfunction c32encode(inputHex: string): string {\n\tlet hex = inputHex;\n\tif (hex.length % 2 !== 0) hex = `0${hex}`;\n\thex = hex.toLowerCase();\n\n\tconst res: string[] = [];\n\tlet carry = 0;\n\tfor (let i = hex.length - 1; i >= 0; i--) {\n\t\tif (carry < 4) {\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\tconst currentCode = HEX.indexOf(hex[i]!) >> carry;\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\tconst nextCode = i !== 0 ? HEX.indexOf(hex[i - 1]!) : 0;\n\t\t\tconst nextBits = 1 + carry;\n\t\t\tconst nextLowBits = (nextCode % (1 << nextBits)) << (5 - nextBits);\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\tres.unshift(C32[currentCode + nextLowBits]!);\n\t\t\tcarry = nextBits;\n\t\t} else {\n\t\t\tcarry = 0;\n\t\t}\n\t}\n\n\t// Strip leading c32 zeros\n\tlet leadingZeros = 0;\n\twhile (leadingZeros < res.length && res[leadingZeros] === \"0\") leadingZeros++;\n\tconst stripped = res.slice(leadingZeros);\n\n\t// Preserve leading zero bytes from hex\n\tconst bytes = hexToBytes(hex);\n\tlet zeroBytesCount = 0;\n\twhile (zeroBytesCount < bytes.length && bytes[zeroBytesCount] === 0)\n\t\tzeroBytesCount++;\n\tconst prefix = Array(zeroBytesCount).fill(C32[0]) as string[];\n\n\treturn [...prefix, ...stripped].join(\"\");\n}\n\nfunction c32decode(c32input: string): string {\n\tconst input = c32normalize(c32input);\n\tif (!input.match(`^[${C32}]*$`)) throw new Error(\"Not a c32-encoded string\");\n\n\tconst zeroPrefix = input.match(`^${C32[0]}*`);\n\tconst numLeadingZeroBytes = zeroPrefix ? zeroPrefix[0]?.length : 0;\n\n\tconst res: string[] = [];\n\tlet carry = 0;\n\tlet carryBits = 0;\n\tfor (let i = input.length - 1; i >= 0; i--) {\n\t\tif (carryBits === 4) {\n\t\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\t\tres.unshift(HEX[carry]!);\n\t\t\tcarryBits = 0;\n\t\t\tcarry = 0;\n\t\t}\n\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\tconst currentValue = (C32.indexOf(input[i]!) << carryBits) + carry;\n\t\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\t\tres.unshift(HEX[currentValue % 16]!);\n\t\tcarryBits += 1;\n\t\tcarry = currentValue >> 4;\n\t\tif (carry > 1 << carryBits) throw new Error(\"Panic error in c32 decoding\");\n\t}\n\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\tres.unshift(HEX[carry]!);\n\n\tif (res.length % 2 === 1) res.unshift(\"0\");\n\n\t// Strip leading hex zeros\n\tlet hexLeadingZeros = 0;\n\twhile (hexLeadingZeros < res.length && res[hexLeadingZeros] === \"0\")\n\t\thexLeadingZeros++;\n\tlet hexStr = res.slice(hexLeadingZeros - (hexLeadingZeros % 2)).join(\"\");\n\n\tfor (let i = 0; i < numLeadingZeroBytes; i++) hexStr = `00${hexStr}`;\n\n\treturn hexStr;\n}\n\nfunction c32checksum(dataHex: string): string {\n\treturn bytesToHex(sha256(sha256(hexToBytes(dataHex))).slice(0, 4));\n}\n\nfunction c32checkEncode(version: number, data: string): string {\n\tif (version < 0 || version >= 32)\n\t\tthrow new Error(\"Invalid version (must be between 0 and 31)\");\n\tif (!data.match(/^[0-9a-fA-F]*$/))\n\t\tthrow new Error(\"Invalid data (not a hex string)\");\n\n\tlet d = data.toLowerCase();\n\tif (d.length % 2 !== 0) d = `0${d}`;\n\n\tlet versionHex = version.toString(16);\n\tif (versionHex.length === 1) versionHex = `0${versionHex}`;\n\n\tconst checksumHex = c32checksum(`${versionHex}${d}`);\n\treturn `${C32[version]}${c32encode(`${d}${checksumHex}`)}`;\n}\n\nfunction c32checkDecode(c32data: string): [number, string] {\n\tconst normalized = c32normalize(c32data);\n\tconst dataHex = c32decode(normalized.slice(1));\n\t// biome-ignore lint/style/noNonNullAssertion: bit-encoding routine where index is provably bounded by surrounding loop/length checks\n\tconst version = C32.indexOf(normalized[0]!);\n\tconst checksum = dataHex.slice(-8);\n\n\tlet versionHex = version.toString(16);\n\tif (versionHex.length === 1) versionHex = `0${versionHex}`;\n\n\tif (\n\t\tc32checksum(`${versionHex}${dataHex.substring(0, dataHex.length - 8)}`) !==\n\t\tchecksum\n\t) {\n\t\tthrow new Error(\"Invalid c32check string: checksum mismatch\");\n\t}\n\n\treturn [version, dataHex.substring(0, dataHex.length - 8)];\n}\n\nexport function c32address(version: number, hash160hex: string): string {\n\tif (!hash160hex.match(/^[0-9a-fA-F]{40}$/)) {\n\t\tthrow new Error(\"Invalid argument: not a hash160 hex string\");\n\t}\n\treturn `S${c32checkEncode(version, hash160hex)}`;\n}\n\nexport function c32addressDecode(c32addr: string): [number, string] {\n\tif (c32addr.length <= 5)\n\t\tthrow new Error(\"Invalid c32 address: invalid length\");\n\tif (c32addr[0] !== \"S\")\n\t\tthrow new Error('Invalid c32 address: must start with \"S\"');\n\treturn c32checkDecode(c32addr.slice(1));\n}\n",
    "// Clarity integer bounds\nexport const MAX_U128: bigint = (1n << 128n) - 1n;\nexport const MAX_I128: bigint = (1n << 127n) - 1n;\nexport const MIN_I128: bigint = -(1n << 127n);\n\n/** C32-encoded address version bytes for single-sig and multi-sig on each network. */\nexport const AddressVersion = {\n\tMainnetSingleSig: 22,\n\tMainnetMultiSig: 20,\n\tTestnetSingleSig: 26,\n\tTestnetMultiSig: 21,\n} as const;\nexport type AddressVersion =\n\t(typeof AddressVersion)[keyof typeof AddressVersion];\n\n/** Mainnet burn address (all-zero hash160). */\nexport const ZERO_ADDRESS = \"SP000000000000000000002Q6VF78\";\n/** Testnet burn address (all-zero hash160). */\nexport const TESTNET_ZERO_ADDRESS = \"ST000000000000000000002AMW42H\";\n\n/** Number of microSTX per 1 STX (10^6). */\nexport const MICROSTX_PER_STX = 1_000_000n;\n",
    "import { c32address, c32addressDecode } from \"./c32.ts\";\nimport { AddressVersion } from \"./constants.ts\";\nimport { bytesToHex, hexToBytes, without0x } from \"./encoding.ts\";\nimport { hash160 } from \"./hash.ts\";\n\nexport { c32address, c32addressDecode };\n\n/**\n * Derive the single-sig Stacks address for a compressed public key.\n */\nexport function publicKeyToAddress(\n\tpublicKey: string | Uint8Array,\n\tnetwork: \"mainnet\" | \"testnet\" = \"mainnet\",\n): string {\n\tconst bytes =\n\t\ttypeof publicKey === \"string\"\n\t\t\t? hexToBytes(without0x(publicKey))\n\t\t\t: publicKey;\n\tconst version =\n\t\tnetwork === \"mainnet\"\n\t\t\t? AddressVersion.MainnetSingleSig\n\t\t\t: AddressVersion.TestnetSingleSig;\n\treturn c32address(version, bytesToHex(hash160(bytes)));\n}\n\n/** Clarity contract-name grammar: leading letter, then letters/digits/`-`/`_`.\n *  Underscore is legal (SIP-002) and deployed contracts use it — matches the\n *  pattern the Index API already accepts for contract ids. */\nexport const CONTRACT_NAME_REGEX: RegExp = /^[a-zA-Z][a-zA-Z0-9_-]{0,127}$/;\n\nexport function validateStacksAddress(address: string): boolean {\n\ttry {\n\t\tc32addressDecode(address);\n\t\treturn true;\n\t} catch {\n\t\treturn false;\n\t}\n}\n\n/** Alias for validateStacksAddress — matches future.md naming. */\nexport const isValidAddress: (address: string) => boolean =\n\tvalidateStacksAddress;\n\n/** Parse a principal into its parts, or null when malformed. The single\n *  definition of \"valid principal\" for this package: exactly one optional\n *  `.name` segment (never two), a c32-decodable address, and a contract name\n *  matching the Clarity grammar. */\nexport function parsePrincipal(\n\tvalue: string,\n): { address: string; contractName?: string } | null {\n\tconst parts = value.split(\".\");\n\tif (parts.length > 2) return null;\n\tconst [address, contractName] = parts as [string, string | undefined];\n\tif (!validateStacksAddress(address)) return null;\n\tif (contractName === undefined) return { address };\n\tif (!CONTRACT_NAME_REGEX.test(contractName)) return null;\n\treturn { address, contractName };\n}\n\n/** Split `address.name` into its parts. Throws on anything `parsePrincipal`\n *  rejects, and on a bare address with no contract name. */\nexport function parseContractId(contractId: string): [string, string] {\n\tconst parsed = parsePrincipal(contractId);\n\tif (!parsed?.contractName)\n\t\tthrow new Error(`Invalid contract identifier: ${contractId}`);\n\treturn [parsed.address, parsed.contractName];\n}\n\nexport function isClarityName(name: string): boolean {\n\tconst regex = /^[a-zA-Z]([a-zA-Z0-9]|[-_!?+<>=/*])*$|^[-+=/*]$|^[<>]=?$/;\n\treturn regex.test(name) && name.length < 128;\n}\n\n/**\n * Compare two Stacks addresses for equality (case-insensitive, version-aware).\n * Throws if either address is invalid.\n */\nexport function isAddressEqual(a: string, b: string): boolean {\n\tconst [versionA, hashA] = c32addressDecode(a);\n\tconst [versionB, hashB] = c32addressDecode(b);\n\treturn versionA === versionB && hashA.toLowerCase() === hashB.toLowerCase();\n}\n\n/** Extract the version byte from a Stacks address (22, 20, 26, or 21). */\nexport function addressToVersion(address: string): number {\n\treturn c32addressDecode(address)[0];\n}\n\n/**\n * Build a contract address from deployer + contract name.\n * Validates both parts; returns `deployer.contractName`.\n */\nexport function getContractAddress(\n\tdeployer: string,\n\tcontractName: string,\n): string {\n\tif (!validateStacksAddress(deployer)) {\n\t\tthrow new Error(`Invalid deployer address: ${deployer}`);\n\t}\n\tif (!isClarityName(contractName)) {\n\t\tthrow new Error(`Invalid contract name: ${contractName}`);\n\t}\n\treturn `${deployer}.${contractName}`;\n}\n",
    "/**\n * Format a bigint value with decimal places.\n * @example formatUnits(1000000n, 6) → \"1.0\"\n * @example formatUnits(1500000n, 6) → \"1.5\"\n */\nexport function formatUnits(\n\tvalue: bigint | number | string,\n\tdecimals: number,\n): string {\n\tlet v = BigInt(value);\n\n\tconst negative = v < 0n;\n\tif (negative) v = -v;\n\n\tconst divisor = 10n ** BigInt(decimals);\n\tconst integer = (v / divisor).toString();\n\tlet fraction = (v % divisor).toString().padStart(decimals, \"0\");\n\n\t// Trim trailing zeros, but keep at least one decimal\n\tfraction = fraction.replace(/0+$/, \"\") || \"0\";\n\n\tconst result = `${integer}.${fraction}`;\n\treturn negative ? `-${result}` : result;\n}\n\n/**\n * Parse a decimal string into a bigint with the given number of decimals.\n * @example parseUnits(\"1.5\", 6) → 1500000n\n * @example parseUnits(\"1\", 6) → 1000000n\n */\nconst DECIMAL_STRING = /^-?\\d+(\\.\\d+)?$/;\n\nexport function parseUnits(value: string | number, decimals: number): bigint {\n\tif (typeof value === \"number\" && !Number.isFinite(value)) {\n\t\tthrow new RangeError(`Cannot parse ${value} as a decimal amount`);\n\t}\n\t// Numbers small or large enough to print in exponent form (1e-7, 1e21)\n\t// go through toFixed so the digits survive. A number the fixed form\n\t// cannot hold exactly (too many decimals, or too small for one unit) is\n\t// refused rather than rounded, so amounts never shrink silently.\n\tlet str = typeof value === \"number\" ? value.toFixed(decimals) : value.trim();\n\tif (!DECIMAL_STRING.test(str)) {\n\t\tthrow new RangeError(\n\t\t\t`Cannot parse \"${value}\" as a decimal amount: expected digits with an optional fraction, like \"1.5\"`,\n\t\t);\n\t}\n\tif (typeof value === \"number\" && Number(str) !== value) {\n\t\tthrow new RangeError(\n\t\t\t`Cannot parse ${value} with ${decimals} decimals: pass the amount as a string to keep every digit`,\n\t\t);\n\t}\n\n\tconst negative = str.startsWith(\"-\");\n\tif (negative) str = str.slice(1);\n\n\tconst [integer = \"\", fraction = \"\"] = str.split(\".\");\n\n\tif (fraction.length > decimals) {\n\t\tthrow new Error(\n\t\t\t`Too many decimal places: \"${value}\" has ${fraction.length} decimals, max is ${decimals}`,\n\t\t);\n\t}\n\n\tconst padded = fraction.padEnd(decimals, \"0\");\n\tconst result = BigInt(integer + padded);\n\treturn negative ? -result : result;\n}\n\n/**\n * Format microSTX to STX string (6 decimals).\n * @example formatStx(1000000n) → \"1.0\"\n */\nexport function formatStx(microStx: bigint | number | string): string {\n\treturn formatUnits(microStx, 6);\n}\n\n/**\n * Parse STX string to microSTX bigint (6 decimals).\n * @example parseStx(\"1.5\") → 1500000n\n */\nexport function parseStx(stx: string | number): bigint {\n\treturn parseUnits(stx, 6);\n}\n",
    "import { sha256 } from \"@noble/hashes/sha2.js\";\nimport { Signature as NobleSignature, verify } from \"@noble/secp256k1\";\nimport { c32address } from \"./address.ts\";\nimport { AddressVersion } from \"./constants.ts\";\nimport { concatBytes, hexToBytes, utf8ToBytes } from \"./encoding.ts\";\nimport { hashP2PKH } from \"./hash.ts\";\n\nexport interface RecoverableSignature {\n\t/** Recovery id (0–3) */\n\trecovery: number;\n\t/** 32-byte r value as hex */\n\tr: string;\n\t/** 32-byte s value as hex */\n\ts: string;\n}\n\n// --- Format conversion ---\n\n/**\n * Parse a 65-byte VRS hex signature into components.\n * VRS format: recovery (1 byte) + r (32 bytes) + s (32 bytes)\n */\nexport function parseSignature(hex: string): RecoverableSignature {\n\tconst clean = hex.startsWith(\"0x\") ? hex.slice(2) : hex;\n\tif (clean.length !== 130) {\n\t\tthrow new Error(\n\t\t\t`Invalid signature length: expected 130 hex chars, got ${clean.length}`,\n\t\t);\n\t}\n\treturn {\n\t\trecovery: Number.parseInt(clean.slice(0, 2), 16),\n\t\tr: clean.slice(2, 66),\n\t\ts: clean.slice(66, 130),\n\t};\n}\n\n/**\n * Serialize a recoverable signature to 65-byte VRS hex (130 chars).\n */\nexport function serializeSignature(sig: RecoverableSignature): string {\n\tconst v = sig.recovery.toString(16).padStart(2, \"0\");\n\treturn v + sig.r + sig.s;\n}\n\n/** Convert VRS hex to RSV hex: r+s (128 chars) + recovery (2 chars). */\nexport function signatureVrsToRsv(vrs: string): string {\n\tconst clean = vrs.startsWith(\"0x\") ? vrs.slice(2) : vrs;\n\treturn clean.slice(2) + clean.slice(0, 2);\n}\n\n/** Convert RSV hex to VRS hex: recovery (2 chars) + r+s (128 chars). */\nexport function signatureRsvToVrs(rsv: string): string {\n\tconst clean = rsv.startsWith(\"0x\") ? rsv.slice(2) : rsv;\n\treturn clean.slice(-2) + clean.slice(0, -2);\n}\n\n// --- Recovery ---\n\n/**\n * Recover a public key from a message hash and VRS signature.\n * @returns hex-encoded public key (33 bytes compressed, or 65 bytes uncompressed)\n */\nexport function recoverPublicKey(\n\thash: Uint8Array | string,\n\tsignature: string,\n\tcompressed = true,\n): string {\n\tconst parsed = parseSignature(signature);\n\tconst rs = parsed.r + parsed.s;\n\tconst sig = NobleSignature.fromCompact(rs).addRecoveryBit(parsed.recovery);\n\tconst msgHash = typeof hash === \"string\" ? hexToBytes(hash) : hash;\n\tconst point = sig.recoverPublicKey(msgHash);\n\treturn point.toHex(compressed);\n}\n\n/**\n * Recover a Stacks address from a message hash and VRS signature.\n * @param addressVersion defaults to MainnetSingleSig (22)\n */\nexport function recoverAddress(\n\thash: Uint8Array | string,\n\tsignature: string,\n\taddressVersion: number = AddressVersion.MainnetSingleSig,\n): string {\n\tconst pubkey = recoverPublicKey(hash, signature, true);\n\tconst pubkeyHash = hashP2PKH(hexToBytes(pubkey));\n\treturn c32address(addressVersion, pubkeyHash);\n}\n\n// --- Verification ---\n\n/**\n * Verify an ECDSA signature against a message hash and public key.\n * Accepts compact (64-byte) signature as hex or Uint8Array.\n */\nexport function verifySignature(\n\thash: Uint8Array | string,\n\tsignature: string | Uint8Array,\n\tpublicKey: string | Uint8Array,\n): boolean {\n\treturn verify(signature, hash, publicKey, { lowS: false });\n}\n\n/** Bitcoin-style varint encoding for message length prefix. */\nfunction encodeVarint(n: number): Uint8Array {\n\tif (n < 0xfd) return new Uint8Array([n]);\n\tif (n <= 0xffff) {\n\t\tconst buf = new Uint8Array(3);\n\t\tbuf[0] = 0xfd;\n\t\tbuf[1] = n & 0xff;\n\t\tbuf[2] = (n >> 8) & 0xff;\n\t\treturn buf;\n\t}\n\tconst buf = new Uint8Array(5);\n\tbuf[0] = 0xfe;\n\tbuf[1] = n & 0xff;\n\tbuf[2] = (n >> 8) & 0xff;\n\tbuf[3] = (n >> 16) & 0xff;\n\tbuf[4] = (n >> 24) & 0xff;\n\treturn buf;\n}\n\nconst STACKS_MESSAGE_PREFIX = \"\\x17Stacks Signed Message:\\n\";\nconst LEGACY_MESSAGE_PREFIX = \"\\x18Stacks Message Signing:\\n\";\n\n/** Hash a message with the Stacks structured message prefix. */\nfunction hashMessage(message: string | Uint8Array, prefix: string): Uint8Array {\n\tconst messageBytes =\n\t\ttypeof message === \"string\" ? utf8ToBytes(message) : message;\n\tconst prefixBytes = utf8ToBytes(prefix);\n\tconst lengthBytes = encodeVarint(messageBytes.length);\n\treturn sha256(concatBytes(prefixBytes, lengthBytes, messageBytes));\n}\n\n/**\n * Verify a signed Stacks message.\n * Parses a VRS signature, extracts r+s for verification.\n * Falls back to legacy prefix if standard prefix fails.\n */\nexport function verifyMessageSignature(\n\tmessage: string | Uint8Array,\n\tsignature: string,\n\tpublicKey: string,\n): boolean {\n\tconst parsed = parseSignature(signature);\n\tconst compactSig = parsed.r + parsed.s;\n\n\tconst msgHash = hashMessage(message, STACKS_MESSAGE_PREFIX);\n\tif (verify(compactSig, msgHash, publicKey, { lowS: false })) return true;\n\n\t// Fallback to legacy prefix\n\tif (typeof message === \"string\") {\n\t\tconst legacyHash = hashMessage(message, LEGACY_MESSAGE_PREFIX);\n\t\tif (verify(compactSig, legacyHash, publicKey, { lowS: false })) return true;\n\t}\n\n\treturn false;\n}\n",
    "import { Point, etc } from \"@noble/secp256k1\";\nimport { bytesToHex, hexToBytes } from \"./encoding.ts\";\n\n/** Compress a public key to 33 bytes (hex). */\nexport function compressPublicKey(publicKey: string | Uint8Array): string {\n\tconst hex = typeof publicKey === \"string\" ? publicKey : bytesToHex(publicKey);\n\treturn Point.fromHex(hex).toHex(true);\n}\n\n/** Uncompress a public key to 65 bytes (hex). */\nexport function uncompressPublicKey(publicKey: string | Uint8Array): string {\n\tconst hex = typeof publicKey === \"string\" ? publicKey : bytesToHex(publicKey);\n\treturn Point.fromHex(hex).toHex(false);\n}\n\n/** Check if a public key is in compressed format (starts with 0x02 or 0x03). */\nexport function isCompressedPublicKey(publicKey: string | Uint8Array): boolean {\n\tconst bytes =\n\t\ttypeof publicKey === \"string\" ? hexToBytes(publicKey) : publicKey;\n\treturn bytes.length === 33 && (bytes[0] === 0x02 || bytes[0] === 0x03);\n}\n\n/** Generate cryptographically secure random bytes. Defaults to 32 bytes. */\nexport function randomBytes(length?: number): Uint8Array {\n\treturn etc.randomBytes(length ?? 32);\n}\n"
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