{
  "version": 3,
  "sources": ["../src/accounts/privateKeyToAccount.ts", "../src/utils/c32.ts", "../src/utils/encoding.ts", "../src/utils/hash.ts", "../src/accounts/mnemonicToAccount.ts", "../src/accounts/mnemonicToBitcoinKeys.ts", "../src/bitcoin/address.ts", "../src/bitcoin/serialize.ts", "../src/accounts/toAccount.ts", "../src/accounts/providerToAccount.ts"],
  "sourcesContent": [
    "import { hmac } from \"@noble/hashes/hmac.js\";\nimport { sha256 } from \"@noble/hashes/sha2.js\";\nimport { etc, getPublicKey as nobleGetPublicKey, sign } from \"@noble/secp256k1\";\nimport { c32address } from \"../utils/c32.ts\";\nimport { bytesToHex, hexToBytes, without0x } from \"../utils/encoding.ts\";\nimport { hash160 } from \"../utils/hash.ts\";\nimport type { LocalAccount } from \"./types.ts\";\n\nfunction ensureSyncSigning() {\n\tif (!etc.hmacSha256Sync) {\n\t\tetc.hmacSha256Sync = (key: Uint8Array, ...msgs: Uint8Array[]) => {\n\t\t\tconst h = hmac.create(sha256, key);\n\t\t\tfor (const msg of msgs) h.update(msg);\n\t\t\treturn h.digest();\n\t\t};\n\t}\n}\n\nconst PRIVATE_KEY_COMPRESSED_LENGTH = 33;\n\nexport function privateKeyToAccount(\n\tprivateKey: string | Uint8Array,\n\toptions?: { addressVersion?: number },\n): LocalAccount {\n\tensureSyncSigning();\n\tconst keyBytes = normalizePrivateKey(privateKey);\n\tconst rawKey = keyBytes.slice(0, 32);\n\n\t// Always derive compressed public key\n\tconst publicKeyBytes = nobleGetPublicKey(rawKey, true);\n\tconst publicKeyHex = bytesToHex(publicKeyBytes);\n\n\t// Default to mainnet single-sig (22)\n\tconst addressVersion = options?.addressVersion ?? 22;\n\tconst address = c32address(\n\t\taddressVersion,\n\t\tbytesToHex(hash160(publicKeyBytes)),\n\t);\n\n\treturn {\n\t\ttype: \"local\",\n\t\taddress,\n\t\tpublicKey: publicKeyHex,\n\n\t\tsign(hash: Uint8Array): Uint8Array {\n\t\t\tconst sig = sign(hash, rawKey, { lowS: true });\n\t\t\tconst result = new Uint8Array(65);\n\t\t\tresult[0] = sig.recovery;\n\t\t\tresult.set(sig.toCompactRawBytes(), 1);\n\t\t\treturn result;\n\t\t},\n\n\t\tsignMessage(message: string | Uint8Array): string {\n\t\t\tconst msgBytes =\n\t\t\t\ttypeof message === \"string\"\n\t\t\t\t\t? new TextEncoder().encode(message)\n\t\t\t\t\t: message;\n\t\t\tconst msgHash = sha256(msgBytes);\n\t\t\tconst sigBytes = this.sign(msgHash);\n\t\t\treturn bytesToHex(sigBytes);\n\t\t},\n\t};\n}\n\nfunction normalizePrivateKey(key: string | Uint8Array): Uint8Array {\n\tif (typeof key === \"string\") {\n\t\treturn hexToBytes(without0x(key));\n\t}\n\treturn key;\n}\n\n/** Append 0x01 suffix if not already compressed */\nexport function compressPrivateKey(key: string | Uint8Array): string {\n\tconst hex = typeof key === \"string\" ? without0x(key) : bytesToHex(key);\n\tif (hex.length === PRIVATE_KEY_COMPRESSED_LENGTH * 2) return hex;\n\treturn `${hex}01`;\n}\n",
    "import { sha256 } from \"@noble/hashes/sha2.js\";\nimport { bytesToHex, hexToBytes } from \"./encoding.ts\";\n\nconst C32 = \"0123456789ABCDEFGHJKMNPQRSTVWXYZ\";\nconst HEX = \"0123456789abcdef\";\n\nfunction c32normalize(input: string): string {\n\treturn input.toUpperCase().replace(/O/g, \"0\").replace(/L|I/g, \"1\");\n}\n\nfunction c32encode(inputHex: string): string {\n\tlet hex = inputHex;\n\tif (hex.length % 2 !== 0) hex = `0${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",
    "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 { HDKey } from \"@scure/bip32\";\nimport { mnemonicToSeedSync } from \"@scure/bip39\";\nimport { bytesToHex } from \"../utils/encoding.ts\";\nimport {\n\tcompressPrivateKey,\n\tprivateKeyToAccount,\n} from \"./privateKeyToAccount.ts\";\nimport type { LocalAccount } from \"./types.ts\";\n\nconst STX_DERIVATION_PATH = \"m/44'/5757'/0'/0\";\n\nexport function mnemonicToAccount(\n\tmnemonic: string,\n\toptions?: {\n\t\taccountIndex?: number;\n\t\taddressVersion?: number;\n\t},\n): LocalAccount {\n\tconst { accountIndex = 0, addressVersion } = options ?? {};\n\n\tconst seed = mnemonicToSeedSync(mnemonic);\n\tconst root = HDKey.fromMasterSeed(seed);\n\tconst child = root.derive(`${STX_DERIVATION_PATH}/${accountIndex}`);\n\n\tif (!child.privateKey) throw new Error(\"Failed to derive private key\");\n\n\tconst privateKeyHex = compressPrivateKey(bytesToHex(child.privateKey));\n\treturn privateKeyToAccount(privateKeyHex, { addressVersion });\n}\n",
    "import { HDKey } from \"@scure/bip32\";\nimport { mnemonicToSeedSync } from \"@scure/bip39\";\nimport {\n\tpublicKeyToP2trAddress,\n\tpublicKeyToP2wpkhAddress,\n} from \"../bitcoin/address.ts\";\nimport type { BitcoinNetwork } from \"../bitcoin/constants.ts\";\nimport { bytesToHex } from \"../utils/encoding.ts\";\n\nexport type BitcoinKeyType = \"p2wpkh\" | \"p2tr\";\n\nexport type MnemonicToBitcoinKeysOptions = {\n\t/** `'p2wpkh'` (BIP84, `bc1q…`) or `'p2tr'` (BIP86, `bc1p…`). */\n\ttype: BitcoinKeyType;\n\tnetwork?: BitcoinNetwork;\n\taccountIndex?: number;\n\t/** 0 = receive chain, 1 = change chain. */\n\tchangeIndex?: number;\n\taddressIndex?: number;\n};\n\nexport type BitcoinKeys = {\n\t/** 32-byte private key, hex. */\n\tprivateKey: string;\n\t/** 33-byte compressed public key, hex. */\n\tpublicKey: string;\n\taddress: string;\n\t/** Full BIP84/BIP86 derivation path. */\n\tpath: string;\n};\n\nconst PURPOSE: Record<BitcoinKeyType, number> = { p2wpkh: 84, p2tr: 86 };\n\n/**\n * Derive Bitcoin keys + address from the same mnemonic that backs a Stacks\n * account — BIP84 (native segwit) or BIP86 (taproot) paths, matching what\n * Leather/Xverse derive for the paired BTC account. Pure derivation: no\n * Bitcoin transaction building or signing.\n *\n * @example\n * const btc = mnemonicToBitcoinKeys(mnemonic, { type: \"p2tr\" });\n * btc.address; // bc1p…\n * btc.path;    // m/86'/0'/0'/0/0\n */\nexport function mnemonicToBitcoinKeys(\n\tmnemonic: string,\n\toptions: MnemonicToBitcoinKeysOptions,\n): BitcoinKeys {\n\tconst {\n\t\ttype,\n\t\tnetwork = \"mainnet\",\n\t\taccountIndex = 0,\n\t\tchangeIndex = 0,\n\t\taddressIndex = 0,\n\t} = options;\n\n\t// BIP44 coin type: 0' mainnet, 1' testnet/regtest.\n\tconst coinType = network === \"mainnet\" ? 0 : 1;\n\tconst path = `m/${PURPOSE[type]}'/${coinType}'/${accountIndex}'/${changeIndex}/${addressIndex}`;\n\n\tconst seed = mnemonicToSeedSync(mnemonic);\n\tconst child = HDKey.fromMasterSeed(seed).derive(path);\n\tif (!child.privateKey || !child.publicKey)\n\t\tthrow new Error(\"Failed to derive Bitcoin key\");\n\n\tconst address =\n\t\ttype === \"p2wpkh\"\n\t\t\t? publicKeyToP2wpkhAddress(child.publicKey, network)\n\t\t\t: publicKeyToP2trAddress(child.publicKey, network);\n\n\treturn {\n\t\tprivateKey: bytesToHex(child.privateKey),\n\t\tpublicKey: bytesToHex(child.publicKey),\n\t\taddress,\n\t\tpath,\n\t};\n}\n",
    "import { schnorr, secp256k1 } from \"@noble/curves/secp256k1.js\";\nimport { base58, bech32, bech32m } from \"@scure/base\";\nimport { concatBytes, hexToBytes } from \"../utils/encoding.ts\";\nimport { hash160 } from \"../utils/hash.ts\";\nimport type { ParsedOutputScript } from \"./codec.ts\";\nimport type { BitcoinNetwork } from \"./constants.ts\";\nimport { doubleSha256 } from \"./serialize.ts\";\n\n/** Address-encoding parameters (base58 version bytes + bech32 hrp) per network. */\nexport const BITCOIN_NETWORK_PARAMS = {\n\tmainnet: { p2pkh: 0x00, p2sh: 0x05, hrp: \"bc\" },\n\ttestnet: { p2pkh: 0x6f, p2sh: 0xc4, hrp: \"tb\" },\n\tregtest: { p2pkh: 0x6f, p2sh: 0xc4, hrp: \"bcrt\" },\n} as const;\n\nconst NETWORK_PARAMS = BITCOIN_NETWORK_PARAMS;\n\n/** Base58Check-encode a versioned 20-byte payload (legacy P2PKH / P2SH).\n *  The one encoder for the package; pox5 and sbtc address code import it. */\nexport function base58CheckEncode(\n\tversion: number,\n\tpayload: Uint8Array,\n): string {\n\tconst data = concatBytes(Uint8Array.of(version), payload);\n\tconst checksum = doubleSha256(data).slice(0, 4);\n\treturn base58.encode(concatBytes(data, checksum));\n}\n\n/**\n * Render a parsed output script as a Bitcoin address for the given network.\n * Returns `undefined` for scripts without a standard address (OP_RETURN, P2PK,\n * unknown). Address encoding is network-dependent, which is why this is separate\n * from the pure `parseOutputScript` decoder.\n */\nexport function formatBitcoinAddress(\n\tparsed: ParsedOutputScript,\n\tnetwork: BitcoinNetwork = \"mainnet\",\n): string | undefined {\n\tconst params = NETWORK_PARAMS[network];\n\tconst hash = parsed.hash;\n\tif (!hash) return undefined;\n\tswitch (parsed.type) {\n\t\tcase \"p2pkh\":\n\t\t\treturn base58CheckEncode(params.p2pkh, hash);\n\t\tcase \"p2sh\":\n\t\t\treturn base58CheckEncode(params.p2sh, hash);\n\t\tcase \"p2wpkh\":\n\t\tcase \"p2wsh\":\n\t\t\treturn bech32.encode(params.hrp, [0, ...bech32.toWords(hash)]);\n\t\tcase \"p2tr\":\n\t\t\treturn bech32m.encode(params.hrp, [1, ...bech32m.toWords(hash)]);\n\t\tdefault:\n\t\t\treturn undefined;\n\t}\n}\n\nfunction toPubkeyBytes(publicKey: Uint8Array | string): Uint8Array {\n\treturn typeof publicKey === \"string\" ? hexToBytes(publicKey) : publicKey;\n}\n\n/**\n * BIP341 key-path tweak: lift the x-only internal key to a point, add\n * `tapTweakHash(P)·G` (no script tree), and return the x-only output key.\n */\nexport function taprootTweakPubkey(xonly: Uint8Array): Uint8Array {\n\tif (xonly.length !== 32)\n\t\tthrow new Error(`Expected 32-byte x-only pubkey, got ${xonly.length}`);\n\tconst tweak = schnorr.utils.taggedHash(\"TapTweak\", xonly);\n\tconst t = BigInt(\n\t\t`0x${Array.from(tweak, (b) => b.toString(16).padStart(2, \"0\")).join(\"\")}`,\n\t);\n\tif (t >= secp256k1.Point.Fn.ORDER)\n\t\tthrow new Error(\"Invalid tap tweak (exceeds curve order)\");\n\tconst internal = secp256k1.Point.fromBytes(\n\t\tconcatBytes(Uint8Array.of(0x02), xonly),\n\t);\n\tconst output = internal.add(secp256k1.Point.BASE.multiply(t));\n\treturn output.toBytes(true).slice(1);\n}\n\n/**\n * Derive the native-segwit (P2WPKH, bech32 v0) address for a compressed\n * public key.\n */\nexport function publicKeyToP2wpkhAddress(\n\tpublicKey: Uint8Array | string,\n\tnetwork: BitcoinNetwork = \"mainnet\",\n): string {\n\tconst pubkey = toPubkeyBytes(publicKey);\n\tif (pubkey.length !== 33)\n\t\tthrow new Error(`Expected 33-byte compressed pubkey, got ${pubkey.length}`);\n\tconst params = NETWORK_PARAMS[network];\n\treturn bech32.encode(params.hrp, [0, ...bech32.toWords(hash160(pubkey))]);\n}\n\n/**\n * Derive the taproot (P2TR, bech32m v1) address for a public key — BIP341\n * key-path spend, no script tree. Accepts a 33-byte compressed key (the\n * parity byte is dropped) or a 32-byte x-only key.\n */\nexport function publicKeyToP2trAddress(\n\tpublicKey: Uint8Array | string,\n\tnetwork: BitcoinNetwork = \"mainnet\",\n): string {\n\tconst pubkey = toPubkeyBytes(publicKey);\n\tconst xonly =\n\t\tpubkey.length === 33\n\t\t\t? pubkey.slice(1)\n\t\t\t: pubkey.length === 32\n\t\t\t\t? pubkey\n\t\t\t\t: undefined;\n\tif (!xonly)\n\t\tthrow new Error(\n\t\t\t`Expected 33-byte compressed or 32-byte x-only pubkey, got ${pubkey.length}`,\n\t\t);\n\tconst params = NETWORK_PARAMS[network];\n\tconst outputKey = taprootTweakPubkey(xonly);\n\treturn bech32m.encode(params.hrp, [1, ...bech32m.toWords(outputKey)]);\n}\n",
    "import { concatBytes } from \"../utils/encoding.ts\";\nimport { sha256 } from \"../utils/hash.ts\";\n\n/**\n * Bitcoin double-SHA256: `sha256(sha256(bytes))`. This is the hash Bitcoin uses\n * for txids, block headers, and merkle nodes — NOT the same as the Stacks\n * `txidFromBytes` (which uses sha512_256), so it lives here, not in `utils/hash`.\n */\nexport function doubleSha256(bytes: Uint8Array): Uint8Array {\n\treturn sha256(sha256(bytes));\n}\n\n/**\n * Reverse a byte array. Bitcoin hashes are computed and stored in *internal*\n * (little-endian) order but *displayed* big-endian, so the two differ by a\n * reversal. The SIP-044 built-ins consume internal order; only reverse for\n * display / when matching an explorer value.\n */\nexport function reverseBytes(bytes: Uint8Array): Uint8Array {\n\tconst out = new Uint8Array(bytes.length);\n\tfor (let i = 0; i < bytes.length; i++) {\n\t\tout[i] = bytes[bytes.length - 1 - i] as number;\n\t}\n\treturn out;\n}\n\n/**\n * A little-endian, varint-aware byte reader for Bitcoin serialization. The\n * shared `utils/BytesReader` is big-endian only; Bitcoin tx fields are\n * little-endian with compact-size (varint) length prefixes.\n */\nexport class BtcReader {\n\tprivate readonly data: Uint8Array;\n\tprivate readonly view: DataView;\n\tpublic offset = 0;\n\n\tconstructor(data: Uint8Array) {\n\t\tthis.data = data;\n\t\tthis.view = new DataView(data.buffer, data.byteOffset, data.byteLength);\n\t}\n\n\tget length(): number {\n\t\treturn this.data.length;\n\t}\n\n\treadUInt8(): number {\n\t\tconst v = this.view.getUint8(this.offset);\n\t\tthis.offset += 1;\n\t\treturn v;\n\t}\n\n\t/** Read the next byte without advancing. */\n\tpeekUInt8(): number {\n\t\treturn this.view.getUint8(this.offset);\n\t}\n\n\treadUInt32LE(): number {\n\t\tconst v = this.view.getUint32(this.offset, true);\n\t\tthis.offset += 4;\n\t\treturn v;\n\t}\n\n\treadUInt64LE(): bigint {\n\t\tconst v = this.view.getBigUint64(this.offset, true);\n\t\tthis.offset += 8;\n\t\treturn v;\n\t}\n\n\treadBytes(n: number): Uint8Array {\n\t\tif (this.offset + n > this.data.length) {\n\t\t\tthrow new Error(\n\t\t\t\t`Bitcoin tx underflow: need ${n} bytes at offset ${this.offset}, have ${this.data.length}`,\n\t\t\t);\n\t\t}\n\t\tconst slice = this.data.slice(this.offset, this.offset + n);\n\t\tthis.offset += n;\n\t\treturn slice;\n\t}\n\n\t/** Read a Bitcoin compact-size unsigned integer (varint). */\n\treadVarInt(): number {\n\t\tconst first = this.readUInt8();\n\t\tif (first < 0xfd) return first;\n\t\tif (first === 0xfd) {\n\t\t\tconst v = this.view.getUint16(this.offset, true);\n\t\t\tthis.offset += 2;\n\t\t\treturn v;\n\t\t}\n\t\tif (first === 0xfe) {\n\t\t\treturn this.readUInt32LE();\n\t\t}\n\t\tconst big = this.readUInt64LE();\n\t\tif (big > BigInt(Number.MAX_SAFE_INTEGER)) {\n\t\t\tthrow new Error(\"Bitcoin varint exceeds safe integer range\");\n\t\t}\n\t\treturn Number(big);\n\t}\n}\n\nexport interface BitcoinTxInput {\n\t/** Previous output txid, in serialized (internal) byte order. */\n\tprevTxid: Uint8Array;\n\tvout: number;\n\tscriptSig: Uint8Array;\n\tsequence: number;\n}\n\nexport interface BitcoinTxOutput {\n\t/** Output value in satoshis. */\n\tvalue: bigint;\n\tscriptPubKey: Uint8Array;\n}\n\nexport interface ParsedBitcoinTx {\n\tversion: number;\n\thasWitness: boolean;\n\tinputs: BitcoinTxInput[];\n\toutputs: BitcoinTxOutput[];\n\tlocktime: number;\n\t/**\n\t * The legacy txid as the raw double-SHA256 in *internal* byte order — ready\n\t * to pass as the leaf to `verify-merkle-proof`. Witness data is excluded\n\t * (the txid is computed over the legacy serialization), so this is stable for\n\t * both legacy and SegWit txs. Use `reverseBytes` for the displayed form.\n\t */\n\ttxidInternal: Uint8Array;\n}\n\ninterface ScanResult {\n\tversion: number;\n\thasWitness: boolean;\n\tinputs: BitcoinTxInput[];\n\toutputs: BitcoinTxOutput[];\n\tlocktime: number;\n\t/** The legacy (witness-stripped) serialization — what the txid is hashed over. */\n\tlegacy: Uint8Array;\n}\n\n/**\n * Single-pass scan of a raw Bitcoin tx. Captures the inputs/outputs slice and\n * reassembles the legacy serialization so both `parseBitcoinTx` and\n * `stripWitness` share one parser (and one set of foot-guns).\n */\nfunction scanTx(rawTx: Uint8Array): ScanResult {\n\tconst r = new BtcReader(rawTx);\n\tconst version = r.readUInt32LE();\n\n\t// SegWit marker (0x00) + flag (0x01) sit immediately after the version. A\n\t// legacy tx can never have a zero input count, so 0x00 here is unambiguous.\n\tlet hasWitness = false;\n\tif (r.peekUInt8() === 0x00) {\n\t\tr.readUInt8(); // marker\n\t\tconst flag = r.readUInt8();\n\t\tif (flag !== 0x01) {\n\t\t\tthrow new Error(`Unexpected SegWit flag 0x${flag.toString(16)}`);\n\t\t}\n\t\thasWitness = true;\n\t}\n\n\tconst bodyStart = r.offset;\n\tconst inputCount = r.readVarInt();\n\tconst inputs: BitcoinTxInput[] = [];\n\tfor (let i = 0; i < inputCount; i++) {\n\t\tconst prevTxid = r.readBytes(32);\n\t\tconst vout = r.readUInt32LE();\n\t\tconst scriptSig = r.readBytes(r.readVarInt());\n\t\tconst sequence = r.readUInt32LE();\n\t\tinputs.push({ prevTxid, vout, scriptSig, sequence });\n\t}\n\n\tconst outputCount = r.readVarInt();\n\tconst outputs: BitcoinTxOutput[] = [];\n\tfor (let i = 0; i < outputCount; i++) {\n\t\tconst value = r.readUInt64LE();\n\t\tconst scriptPubKey = r.readBytes(r.readVarInt());\n\t\toutputs.push({ value, scriptPubKey });\n\t}\n\tconst bodyEnd = r.offset;\n\n\tif (hasWitness) {\n\t\tfor (let i = 0; i < inputCount; i++) {\n\t\t\tconst itemCount = r.readVarInt();\n\t\t\tfor (let j = 0; j < itemCount; j++) {\n\t\t\t\tr.readBytes(r.readVarInt());\n\t\t\t}\n\t\t}\n\t}\n\n\tconst locktime = r.readUInt32LE();\n\n\tconst legacy = concatBytes(\n\t\trawTx.slice(0, 4),\n\t\trawTx.slice(bodyStart, bodyEnd),\n\t\trawTx.slice(r.offset - 4, r.offset),\n\t);\n\n\treturn { version, hasWitness, inputs, outputs, locktime, legacy };\n}\n\n/** Parse a serialized Bitcoin tx (legacy or SegWit) into its fields + txid. */\nexport function parseBitcoinTx(rawTx: Uint8Array): ParsedBitcoinTx {\n\tconst s = scanTx(rawTx);\n\treturn {\n\t\tversion: s.version,\n\t\thasWitness: s.hasWitness,\n\t\tinputs: s.inputs,\n\t\toutputs: s.outputs,\n\t\tlocktime: s.locktime,\n\t\ttxidInternal: doubleSha256(s.legacy),\n\t};\n}\n\n/**\n * Return the legacy (witness-stripped) serialization of a tx. For a legacy tx\n * this is the input unchanged; for a SegWit tx the marker, flag, and witness\n * stack are removed. This is the byte string the txid is hashed over.\n */\nexport function stripWitness(rawTx: Uint8Array): Uint8Array {\n\treturn scanTx(rawTx).legacy;\n}\n\n/**\n * Compute a tx's id from its raw serialization. Internal byte order by default\n * (the merkle leaf / built-in input); pass `{ display: true }` for the\n * explorer-style big-endian form.\n */\nexport function bitcoinTxid(\n\trawTx: Uint8Array,\n\t{ display = false }: { display?: boolean } = {},\n): Uint8Array {\n\tconst txid = doubleSha256(scanTx(rawTx).legacy);\n\treturn display ? reverseBytes(txid) : txid;\n}\n\nexport interface BlockHeader {\n\tversion: number;\n\t/** Previous block hash, internal byte order. */\n\tprevBlock: Uint8Array;\n\t/** Merkle root, internal byte order — pairs with `verify-merkle-proof`. */\n\tmerkleRoot: Uint8Array;\n\ttimestamp: number;\n\tbits: number;\n\tnonce: number;\n}\n\n/** Parse an 80-byte Bitcoin block header into its fields (hashes internal order). */\nexport function parseBlockHeader(header: Uint8Array): BlockHeader {\n\tif (header.length !== 80) {\n\t\tthrow new Error(\n\t\t\t`Bitcoin block header must be 80 bytes, got ${header.length}`,\n\t\t);\n\t}\n\tconst r = new BtcReader(header);\n\tconst version = r.readUInt32LE();\n\tconst prevBlock = r.readBytes(32);\n\tconst merkleRoot = r.readBytes(32);\n\tconst timestamp = r.readUInt32LE();\n\tconst bits = r.readUInt32LE();\n\tconst nonce = r.readUInt32LE();\n\treturn { version, prevBlock, merkleRoot, timestamp, bits, nonce };\n}\n\n/**\n * Hash an 80-byte block header (double-SHA256). Internal byte order by default;\n * `{ display: true }` for the explorer-style block hash.\n */\nexport function blockHash(\n\theader: Uint8Array,\n\t{ display = false }: { display?: boolean } = {},\n): Uint8Array {\n\tconst hash = doubleSha256(header);\n\treturn display ? reverseBytes(hash) : hash;\n}\n",
    "import type { AccountSource, CustomAccount } from \"./types.ts\";\n\nexport function toAccount(source: AccountSource): CustomAccount {\n\treturn {\n\t\ttype: \"custom\",\n\t\taddress: source.address,\n\t\tpublicKey: source.publicKey,\n\t\tsign: source.sign,\n\t};\n}\n",
    "import type { ProviderAccount, StacksProvider } from \"./types.ts\";\n\n/** Create a ProviderAccount by querying the wallet for addresses */\nexport async function providerToAccount(\n\tprovider: StacksProvider,\n): Promise<ProviderAccount> {\n\tconst result = await provider.request(\"stx_getAddresses\");\n\n\tconst entry = result?.addresses?.[0];\n\tif (!entry?.address || !entry?.publicKey) {\n\t\tthrow new Error(\"Provider did not return a valid address\");\n\t}\n\n\treturn {\n\t\ttype: \"provider\",\n\t\taddress: entry.address,\n\t\tpublicKey: entry.publicKey,\n\t\tprovider,\n\t};\n}\n"
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