@scallop-io/sui-kit - npm Package Compare versions

Comparing version 0.42.0 to 0.42.1

./dist/index.js

@@ -24,2 +24,3 @@ "use strict";
 __export(src_exports, {
+  MultiSigClient: () => MultiSigClient,
   SuiAccountManager: () => SuiAccountManager,
@@ -788,4 +789,600 @@ SuiKit: () => SuiKit,
 };
+
+// src/libs/multiSig/multiSig.ts
+var import_blake2b = require("@noble/hashes/blake2b");
+var import_utils6 = require("@noble/hashes/utils");
+var import_ed255193 = require("@mysten/sui.js/keypairs/ed25519");
+var import_secp256r1 = require("@mysten/sui.js/keypairs/secp256r1");
+var import_secp256k1 = require("@mysten/sui.js/keypairs/secp256k1");
+var import_multisig = require("@mysten/sui.js/multisig");
+var import_utils7 = require("@mysten/sui.js/utils");
+var import_cryptography = require("@mysten/sui.js/cryptography");
+
+// src/libs/bcs/bcs.ts
+var import_bcs2 = require("@mysten/bcs");
+var import_utils5 = require("@mysten/sui.js/utils");
+
+// src/libs/bcs/typeTagSerializer.ts
+var import_bcs = require("@mysten/bcs");
+var import_utils4 = require("@mysten/sui.js/utils");
+var VECTOR_REGEX = /^vector<(.+)>$/;
+var STRUCT_REGEX = /^([^:]+)::([^:]+)::([^<]+)(<(.+)>)?/;
+var TypeTagSerializer = class _TypeTagSerializer {
+  static parseFromStr(str, normalizeAddress = false) {
+    if (str === "address") {
+      return { address: null };
+    } else if (str === "bool") {
+      return { bool: null };
+    } else if (str === "u8") {
+      return { u8: null };
+    } else if (str === "u16") {
+      return { u16: null };
+    } else if (str === "u32") {
+      return { u32: null };
+    } else if (str === "u64") {
+      return { u64: null };
+    } else if (str === "u128") {
+      return { u128: null };
+    } else if (str === "u256") {
+      return { u256: null };
+    } else if (str === "signer") {
+      return { signer: null };
+    }
+    const vectorMatch = str.match(VECTOR_REGEX);
+    if (vectorMatch) {
+      return {
+        vector: _TypeTagSerializer.parseFromStr(
+          vectorMatch[1],
+          normalizeAddress
+        )
+      };
+    }
+    const structMatch = str.match(STRUCT_REGEX);
+    if (structMatch) {
+      const address = normalizeAddress ? (0, import_utils4.normalizeSuiAddress)(structMatch[1]) : structMatch[1];
+      return {
+        struct: {
+          address,
+          module: structMatch[2],
+          name: structMatch[3],
+          typeParams: structMatch[5] === void 0 ? [] : _TypeTagSerializer.parseStructTypeArgs(
+            structMatch[5],
+            normalizeAddress
+          )
+        }
+      };
+    }
+    throw new Error(
+      `Encountered unexpected token when parsing type args for ${str}`
+    );
+  }
+  static parseStructTypeArgs(str, normalizeAddress = false) {
+    return (0, import_bcs.splitGenericParameters)(str).map(
+      (tok) => _TypeTagSerializer.parseFromStr(tok, normalizeAddress)
+    );
+  }
+  static tagToString(tag) {
+    if ("bool" in tag) {
+      return "bool";
+    }
+    if ("u8" in tag) {
+      return "u8";
+    }
+    if ("u16" in tag) {
+      return "u16";
+    }
+    if ("u32" in tag) {
+      return "u32";
+    }
+    if ("u64" in tag) {
+      return "u64";
+    }
+    if ("u128" in tag) {
+      return "u128";
+    }
+    if ("u256" in tag) {
+      return "u256";
+    }
+    if ("address" in tag) {
+      return "address";
+    }
+    if ("signer" in tag) {
+      return "signer";
+    }
+    if ("vector" in tag) {
+      return `vector<${_TypeTagSerializer.tagToString(tag.vector)}>`;
+    }
+    if ("struct" in tag) {
+      const struct = tag.struct;
+      const typeParams = struct.typeParams.map(_TypeTagSerializer.tagToString).join(", ");
+      return `${struct.address}::${struct.module}::${struct.name}${typeParams ? `<${typeParams}>` : ""}`;
+    }
+    throw new Error("Invalid TypeTag");
+  }
+};
+
+// src/libs/bcs/bcs.ts
+var bcsRegistry = new import_bcs2.BCS({ ...(0, import_bcs2.getSuiMoveConfig)() });
+function unsafe_u64(options) {
+  return import_bcs2.bcs.u64({
+    name: "unsafe_u64",
+    ...options
+  }).transform({
+    input: (val) => val,
+    output: (val) => Number(val)
+  });
+}
+function optionEnum(type) {
+  return import_bcs2.bcs.enum("Option", {
+    None: null,
+    Some: type
+  });
+}
+function enumKind(type) {
+  return type.transform({
+    input: (val) => ({
+      [val.kind]: val
+    }),
+    output: (val) => {
+      const key = Object.keys(val)[0];
+      return { kind: key, ...val[key] };
+    }
+  });
+}
+var Address = import_bcs2.bcs.bytes(import_utils5.SUI_ADDRESS_LENGTH).transform({
+  input: (val) => typeof val === "string" ? (0, import_bcs2.fromHEX)(val) : val,
+  output: (val) => (0, import_bcs2.toHEX)(val)
+});
+var ObjectDigest = import_bcs2.bcs.vector(import_bcs2.bcs.u8()).transform({
+  name: "ObjectDigest",
+  input: (value) => (0, import_bcs2.fromB58)(value),
+  output: (value) => (0, import_bcs2.toB58)(new Uint8Array(value))
+});
+var SuiObjectRef = import_bcs2.bcs.struct("SuiObjectRef", {
+  objectId: Address,
+  version: import_bcs2.bcs.u64(),
+  digest: ObjectDigest
+});
+var SharedObjectRef = import_bcs2.bcs.struct("SharedObjectRef", {
+  objectId: Address,
+  initialSharedVersion: import_bcs2.bcs.u64(),
+  mutable: import_bcs2.bcs.bool()
+});
+var ObjectArg = import_bcs2.bcs.enum("ObjectArg", {
+  ImmOrOwned: SuiObjectRef,
+  Shared: SharedObjectRef
+});
+var CallArg = import_bcs2.bcs.enum("CallArg", {
+  Pure: import_bcs2.bcs.vector(import_bcs2.bcs.u8()),
+  Object: ObjectArg,
+  ObjVec: import_bcs2.bcs.vector(ObjectArg)
+});
+var TypeTag = import_bcs2.bcs.enum("TypeTag", {
+  bool: null,
+  u8: null,
+  u64: null,
+  u128: null,
+  address: null,
+  signer: null,
+  vector: import_bcs2.bcs.lazy(() => TypeTag),
+  struct: import_bcs2.bcs.lazy(() => StructTag),
+  u16: null,
+  u32: null,
+  u256: null
+});
+var Argument = enumKind(
+  import_bcs2.bcs.enum("Argument", {
+    GasCoin: null,
+    Input: import_bcs2.bcs.struct("Input", { index: import_bcs2.bcs.u16() }),
+    Result: import_bcs2.bcs.struct("Result", { index: import_bcs2.bcs.u16() }),
+    NestedResult: import_bcs2.bcs.struct("NestedResult", {
+      index: import_bcs2.bcs.u16(),
+      resultIndex: import_bcs2.bcs.u16()
+    })
+  })
+);
+var ProgrammableMoveCall = import_bcs2.bcs.struct("ProgrammableMoveCall", {
+  package: Address,
+  module: import_bcs2.bcs.string(),
+  function: import_bcs2.bcs.string(),
+  type_arguments: import_bcs2.bcs.vector(TypeTag),
+  arguments: import_bcs2.bcs.vector(Argument)
+}).transform({
+  // TODO: add type for the input data
+  input: (data) => {
+    const [pkg, module2, fun] = data.target.split("::");
+    const type_arguments = data.typeArguments.map(
+      (tag) => TypeTagSerializer.parseFromStr(tag, true)
+    );
+    return {
+      package: (0, import_utils5.normalizeSuiAddress)(pkg),
+      module: module2,
+      function: fun,
+      type_arguments,
+      arguments: data.arguments
+    };
+  },
+  output: (data) => {
+    return {
+      target: [data.package, data.module, data.function].join(
+        "::"
+      ),
+      arguments: data.arguments,
+      typeArguments: data.type_arguments.map(TypeTagSerializer.tagToString)
+    };
+  }
+});
+var Transaction = enumKind(
+  import_bcs2.bcs.enum("Transaction", {
+    /**
+     * A Move Call - any public Move function can be called via
+     * this transaction. The results can be used that instant to pass
+     * into the next transaction.
+     */
+    MoveCall: ProgrammableMoveCall,
+    /**
+     * Transfer vector of objects to a receiver.
+     */
+    TransferObjects: import_bcs2.bcs.struct("TransferObjects", {
+      objects: import_bcs2.bcs.vector(Argument),
+      address: Argument
+    }),
+    /**
+     * Split `amount` from a `coin`.
+     */
+    SplitCoins: import_bcs2.bcs.struct("SplitCoins", {
+      coin: Argument,
+      amounts: import_bcs2.bcs.vector(Argument)
+    }),
+    /**
+     * Merge Vector of Coins (`sources`) into a `destination`.
+     */
+    MergeCoins: import_bcs2.bcs.struct("MergeCoins", {
+      destination: Argument,
+      sources: import_bcs2.bcs.vector(Argument)
+    }),
+    /**
+     * Publish a Move module.
+     */
+    Publish: import_bcs2.bcs.struct("Publish", {
+      modules: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8())),
+      dependencies: import_bcs2.bcs.vector(Address)
+    }),
+    /**
+     * Build a vector of objects using the input arguments.
+     * It is impossible to construct a `vector<T: key>` otherwise,
+     * so this call serves a utility function.
+     */
+    MakeMoveVec: import_bcs2.bcs.struct("MakeMoveVec", {
+      type: optionEnum(TypeTag),
+      objects: import_bcs2.bcs.vector(Argument)
+    }),
+    /**  */
+    Upgrade: import_bcs2.bcs.struct("Upgrade", {
+      modules: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8())),
+      dependencies: import_bcs2.bcs.vector(Address),
+      packageId: Address,
+      ticket: Argument
+    })
+  })
+);
+var ProgrammableTransaction = import_bcs2.bcs.struct("ProgrammableTransaction", {
+  inputs: import_bcs2.bcs.vector(CallArg),
+  transactions: import_bcs2.bcs.vector(Transaction)
+});
+var TransactionKind = import_bcs2.bcs.enum("TransactionKind", {
+  ProgrammableTransaction,
+  ChangeEpoch: null,
+  Genesis: null,
+  ConsensusCommitPrologue: null
+});
+var TransactionExpiration = import_bcs2.bcs.enum("TransactionExpiration", {
+  None: null,
+  Epoch: unsafe_u64()
+});
+var StructTag = import_bcs2.bcs.struct("StructTag", {
+  address: Address,
+  module: import_bcs2.bcs.string(),
+  name: import_bcs2.bcs.string(),
+  typeParams: import_bcs2.bcs.vector(TypeTag)
+});
+var GasData = import_bcs2.bcs.struct("GasData", {
+  payment: import_bcs2.bcs.vector(SuiObjectRef),
+  owner: Address,
+  price: import_bcs2.bcs.u64(),
+  budget: import_bcs2.bcs.u64()
+});
+var TransactionDataV1 = import_bcs2.bcs.struct("TransactionDataV1", {
+  kind: TransactionKind,
+  sender: Address,
+  gasData: GasData,
+  expiration: TransactionExpiration
+});
+var TransactionData = import_bcs2.bcs.enum("TransactionData", {
+  V1: TransactionDataV1
+});
+var SenderSignedData = import_bcs2.bcs.struct("SenderSignedData", {
+  data: TransactionData,
+  txSignatures: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8()))
+});
+var CompressedSignature = import_bcs2.bcs.enum("CompressedSignature", {
+  ED25519: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8()),
+  Secp256k1: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8()),
+  Secp256r1: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8())
+});
+var PublicKey = import_bcs2.bcs.enum("PublicKey", {
+  ED25519: import_bcs2.bcs.fixedArray(32, import_bcs2.bcs.u8()),
+  Secp256k1: import_bcs2.bcs.fixedArray(33, import_bcs2.bcs.u8()),
+  Secp256r1: import_bcs2.bcs.fixedArray(33, import_bcs2.bcs.u8())
+});
+var MultiSigPkMap = import_bcs2.bcs.struct("MultiSigPkMap", {
+  pubKey: PublicKey,
+  weight: import_bcs2.bcs.u8()
+});
+var MultiSigPublicKey = import_bcs2.bcs.struct("MultiSigPublicKey", {
+  pk_map: import_bcs2.bcs.vector(MultiSigPkMap),
+  threshold: import_bcs2.bcs.u16()
+});
+var MultiSig = import_bcs2.bcs.struct("MultiSig", {
+  sigs: import_bcs2.bcs.vector(CompressedSignature),
+  bitmap: import_bcs2.bcs.u16(),
+  multisig_pk: MultiSigPublicKey
+});
+var suiBcs = {
+  ...import_bcs2.bcs,
+  U8: import_bcs2.bcs.u8(),
+  U16: import_bcs2.bcs.u16(),
+  U32: import_bcs2.bcs.u32(),
+  U64: import_bcs2.bcs.u64(),
+  U128: import_bcs2.bcs.u128(),
+  U256: import_bcs2.bcs.u256(),
+  ULEB128: import_bcs2.bcs.uleb128(),
+  Bool: import_bcs2.bcs.bool(),
+  String: import_bcs2.bcs.string(),
+  Address,
+  Argument,
+  CallArg,
+  CompressedSignature,
+  GasData,
+  MultiSig,
+  MultiSigPkMap,
+  MultiSigPublicKey,
+  ObjectArg,
+  ObjectDigest,
+  ProgrammableMoveCall,
+  ProgrammableTransaction,
+  PublicKey,
+  SenderSignedData,
+  SharedObjectRef,
+  StructTag,
+  SuiObjectRef,
+  Transaction,
+  TransactionData,
+  TransactionDataV1,
+  TransactionExpiration,
+  TransactionKind,
+  TypeTag,
+  // preserve backwards compatibility with old bcs export
+  ser: bcsRegistry.ser.bind(bcsRegistry),
+  de: bcsRegistry.de.bind(bcsRegistry),
+  getTypeInterface: bcsRegistry.getTypeInterface.bind(bcsRegistry),
+  hasType: bcsRegistry.hasType.bind(bcsRegistry),
+  parseTypeName: bcsRegistry.parseTypeName.bind(bcsRegistry),
+  registerAddressType: bcsRegistry.registerAddressType.bind(bcsRegistry),
+  registerAlias: bcsRegistry.registerAlias.bind(bcsRegistry),
+  registerBcsType: bcsRegistry.registerBcsType.bind(bcsRegistry),
+  registerEnumType: bcsRegistry.registerEnumType.bind(bcsRegistry),
+  registerStructType: bcsRegistry.registerStructType.bind(bcsRegistry),
+  registerType: bcsRegistry.registerType.bind(bcsRegistry),
+  types: bcsRegistry.types
+};
+bcsRegistry.registerBcsType(
+  "utf8string",
+  () => import_bcs2.bcs.string({ name: "utf8string" })
+);
+bcsRegistry.registerBcsType("unsafe_u64", () => unsafe_u64());
+bcsRegistry.registerBcsType("enumKind", (T) => enumKind(T));
+[
+  Address,
+  Argument,
+  CallArg,
+  CompressedSignature,
+  GasData,
+  MultiSig,
+  MultiSigPkMap,
+  MultiSigPublicKey,
+  ObjectArg,
+  ObjectDigest,
+  ProgrammableMoveCall,
+  ProgrammableTransaction,
+  PublicKey,
+  SenderSignedData,
+  SharedObjectRef,
+  StructTag,
+  SuiObjectRef,
+  Transaction,
+  TransactionData,
+  TransactionDataV1,
+  TransactionExpiration,
+  TransactionKind,
+  TypeTag
+].forEach((type) => {
+  bcsRegistry.registerBcsType(type.name, () => type);
+});
+
+// src/libs/multiSig/multiSig.ts
+function toMultiSigAddress(pks, threshold) {
+  if (pks.length > import_multisig.MAX_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Max number of signers in a multisig is ${import_multisig.MAX_SIGNER_IN_MULTISIG}`
+    );
+  }
+  if (pks.length < import_multisig.MIN_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Min number of signers in a multisig is ${import_multisig.MIN_SIGNER_IN_MULTISIG}`
+    );
+  }
+  const maxLength = 1 + 2 + pks.length * (1 + 64 + 1);
+  const buf = new Uint8Array(maxLength);
+  let offset = 0;
+  buf.set([import_cryptography.SIGNATURE_SCHEME_TO_FLAG.MultiSig], offset);
+  offset += 1;
+  buf.set([threshold & 255, threshold >> 8], offset);
+  offset += 2;
+  let totalWeight = 0;
+  for (let i = 0; i < pks.length; i++) {
+    const { pubKey, weight } = pks[i];
+    const flag = pubKey.flag();
+    buf.set([flag], offset);
+    offset += 1;
+    buf.set(pubKey.toRawBytes(), offset);
+    offset += pubKey.toRawBytes().length;
+    buf.set([weight], offset);
+    offset += 1;
+    totalWeight += weight;
+  }
+  if (totalWeight < threshold) {
+    throw new Error(`Total weight is less than threshold`);
+  }
+  const bufHash = (0, import_blake2b.blake2b)(buf.slice(0, offset), { dkLen: 32 });
+  return (0, import_utils7.normalizeSuiAddress)((0, import_utils6.bytesToHex)(bufHash));
+}
+function combinePartialSigs(sigs, pks, threshold) {
+  if (sigs.length > import_multisig.MAX_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Max number of signers in a multisig is ${import_multisig.MAX_SIGNER_IN_MULTISIG}`
+    );
+  }
+  const multiSigPk = {
+    pk_map: pks.map((pk) => toPkEnumWeightPair(pk)),
+    threshold
+  };
+  let bitmap = 0;
+  const compressedSigs = new Array(sigs.length);
+  for (let i = 0; i < sigs.length; i++) {
+    const parsed = toSingleSignaturePubkeyPair(sigs[i]);
+    const bytes2 = Array.from(parsed.signature.map((x) => Number(x)));
+    if (parsed.signatureScheme === "ED25519") {
+      compressedSigs[i] = { ED25519: bytes2 };
+    } else if (parsed.signatureScheme === "Secp256k1") {
+      compressedSigs[i] = { Secp256k1: bytes2 };
+    } else if (parsed.signatureScheme === "Secp256r1") {
+      compressedSigs[i] = { Secp256r1: bytes2 };
+    }
+    for (let j = 0; j < pks.length; j++) {
+      if (parsed.pubKey.equals(pks[j].pubKey)) {
+        bitmap |= 1 << j;
+        break;
+      }
+    }
+  }
+  const multiSig = {
+    sigs: compressedSigs,
+    bitmap,
+    multisig_pk: multiSigPk
+  };
+  const bytes = suiBcs.MultiSig.serialize(multiSig).toBytes();
+  const tmp = new Uint8Array(bytes.length + 1);
+  tmp.set([import_cryptography.SIGNATURE_SCHEME_TO_FLAG.MultiSig], 0);
+  tmp.set(bytes, 1);
+  return (0, import_utils7.toB64)(tmp);
+}
+function toPkEnumWeightPair(pair) {
+  const pk_bytes = Array.from(pair.pubKey.toBytes().map((x) => Number(x)));
+  switch (pair.pubKey.flag()) {
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["Secp256k1"]:
+      return {
+        pubKey: {
+          Secp256k1: pk_bytes
+        },
+        weight: pair.weight
+      };
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["Secp256r1"]:
+      return {
+        pubKey: {
+          Secp256r1: pk_bytes
+        },
+        weight: pair.weight
+      };
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["ED25519"]:
+      return {
+        pubKey: {
+          ED25519: pk_bytes
+        },
+        weight: pair.weight
+      };
+    default:
+      throw new Error("Unsupported signature scheme");
+  }
+}
+function toSingleSignaturePubkeyPair(serializedSignature) {
+  const res = toParsedSignaturePubkeyPair(serializedSignature);
+  if (res.length !== 1) {
+    throw Error("Expected a single signature");
+  }
+  return res[0];
+}
+function toParsedSignaturePubkeyPair(serializedSignature) {
+  const bytes = (0, import_utils7.fromB64)(serializedSignature);
+  const signatureScheme = import_cryptography.SIGNATURE_FLAG_TO_SCHEME[bytes[0]];
+  if (signatureScheme === "Zk") {
+    throw new Error("Zk signature not supported");
+  }
+  if (signatureScheme === "MultiSig") {
+    throw new Error("MultiSig signature not supported");
+  }
+  const SIGNATURE_SCHEME_TO_PUBLIC_KEY = {
+    ED25519: import_ed255193.Ed25519PublicKey,
+    Secp256k1: import_secp256k1.Secp256k1PublicKey,
+    Secp256r1: import_secp256r1.Secp256r1PublicKey
+  };
+  const PublicKey3 = SIGNATURE_SCHEME_TO_PUBLIC_KEY[signatureScheme];
+  const signature = bytes.slice(1, bytes.length - PublicKey3.SIZE);
+  const pubKeyBytes = bytes.slice(1 + signature.length);
+  const pubKey = new PublicKey3(pubKeyBytes);
+  return [
+    {
+      signatureScheme,
+      signature,
+      pubKey
+    }
+  ];
+}
+
+// src/libs/multiSig/publickey.ts
+var import_ed255194 = require("@mysten/sui.js/keypairs/ed25519");
+var import_utils8 = require("@mysten/sui.js/utils");
+function ed25519PublicKeyFromBase64(rawPubkey) {
+  let bytes = (0, import_utils8.fromB64)(rawPubkey);
+  if (bytes.length !== 32 && bytes.length !== 33)
+    throw "invalid pubkey length";
+  bytes = bytes.length === 33 ? bytes.slice(1) : bytes;
+  return new import_ed255194.Ed25519PublicKey(bytes);
+}
+
+// src/libs/multiSig/client.ts
+var MultiSigClient = class _MultiSigClient {
+  constructor(pks, threshold) {
+    this.pksWeightPairs = pks;
+    this.threshold = threshold;
+  }
+  static fromRawPubkeys(rawPubkeys, weights, threshold) {
+    const pks = rawPubkeys.map((rawPubkey, i) => {
+      return {
+        pubKey: ed25519PublicKeyFromBase64(rawPubkey),
+        weight: weights[i]
+      };
+    });
+    return new _MultiSigClient(pks, threshold);
+  }
+  multiSigAddress() {
+    return toMultiSigAddress(this.pksWeightPairs, this.threshold);
+  }
+  combinePartialSigs(sigs) {
+    return combinePartialSigs(sigs, this.pksWeightPairs, this.threshold);
+  }
+};
 // Annotate the CommonJS export names for ESM import in node:
 0 && (module.exports = {
+  MultiSigClient,
   SuiAccountManager,
@@ -792,0 +1389,0 @@ SuiKit,

dist/index.d.ts

@@ -6,2 +6,3 @@ export * from '@mysten/sui.js/utils';
 export { SuiTxBlock } from './libs/suiTxBuilder';
+export { MultiSigClient } from './libs/multiSig';
 export type * from './types';

dist/index.js

@@ -24,2 +24,3 @@ "use strict";
 __export(src_exports, {
+  MultiSigClient: () => MultiSigClient,
   SuiAccountManager: () => SuiAccountManager,
@@ -788,4 +789,600 @@ SuiKit: () => SuiKit,
 };
+
+// src/libs/multiSig/multiSig.ts
+var import_blake2b = require("@noble/hashes/blake2b");
+var import_utils6 = require("@noble/hashes/utils");
+var import_ed255193 = require("@mysten/sui.js/keypairs/ed25519");
+var import_secp256r1 = require("@mysten/sui.js/keypairs/secp256r1");
+var import_secp256k1 = require("@mysten/sui.js/keypairs/secp256k1");
+var import_multisig = require("@mysten/sui.js/multisig");
+var import_utils7 = require("@mysten/sui.js/utils");
+var import_cryptography = require("@mysten/sui.js/cryptography");
+
+// src/libs/bcs/bcs.ts
+var import_bcs2 = require("@mysten/bcs");
+var import_utils5 = require("@mysten/sui.js/utils");
+
+// src/libs/bcs/typeTagSerializer.ts
+var import_bcs = require("@mysten/bcs");
+var import_utils4 = require("@mysten/sui.js/utils");
+var VECTOR_REGEX = /^vector<(.+)>$/;
+var STRUCT_REGEX = /^([^:]+)::([^:]+)::([^<]+)(<(.+)>)?/;
+var TypeTagSerializer = class _TypeTagSerializer {
+  static parseFromStr(str, normalizeAddress = false) {
+    if (str === "address") {
+      return { address: null };
+    } else if (str === "bool") {
+      return { bool: null };
+    } else if (str === "u8") {
+      return { u8: null };
+    } else if (str === "u16") {
+      return { u16: null };
+    } else if (str === "u32") {
+      return { u32: null };
+    } else if (str === "u64") {
+      return { u64: null };
+    } else if (str === "u128") {
+      return { u128: null };
+    } else if (str === "u256") {
+      return { u256: null };
+    } else if (str === "signer") {
+      return { signer: null };
+    }
+    const vectorMatch = str.match(VECTOR_REGEX);
+    if (vectorMatch) {
+      return {
+        vector: _TypeTagSerializer.parseFromStr(
+          vectorMatch[1],
+          normalizeAddress
+        )
+      };
+    }
+    const structMatch = str.match(STRUCT_REGEX);
+    if (structMatch) {
+      const address = normalizeAddress ? (0, import_utils4.normalizeSuiAddress)(structMatch[1]) : structMatch[1];
+      return {
+        struct: {
+          address,
+          module: structMatch[2],
+          name: structMatch[3],
+          typeParams: structMatch[5] === void 0 ? [] : _TypeTagSerializer.parseStructTypeArgs(
+            structMatch[5],
+            normalizeAddress
+          )
+        }
+      };
+    }
+    throw new Error(
+      `Encountered unexpected token when parsing type args for ${str}`
+    );
+  }
+  static parseStructTypeArgs(str, normalizeAddress = false) {
+    return (0, import_bcs.splitGenericParameters)(str).map(
+      (tok) => _TypeTagSerializer.parseFromStr(tok, normalizeAddress)
+    );
+  }
+  static tagToString(tag) {
+    if ("bool" in tag) {
+      return "bool";
+    }
+    if ("u8" in tag) {
+      return "u8";
+    }
+    if ("u16" in tag) {
+      return "u16";
+    }
+    if ("u32" in tag) {
+      return "u32";
+    }
+    if ("u64" in tag) {
+      return "u64";
+    }
+    if ("u128" in tag) {
+      return "u128";
+    }
+    if ("u256" in tag) {
+      return "u256";
+    }
+    if ("address" in tag) {
+      return "address";
+    }
+    if ("signer" in tag) {
+      return "signer";
+    }
+    if ("vector" in tag) {
+      return `vector<${_TypeTagSerializer.tagToString(tag.vector)}>`;
+    }
+    if ("struct" in tag) {
+      const struct = tag.struct;
+      const typeParams = struct.typeParams.map(_TypeTagSerializer.tagToString).join(", ");
+      return `${struct.address}::${struct.module}::${struct.name}${typeParams ? `<${typeParams}>` : ""}`;
+    }
+    throw new Error("Invalid TypeTag");
+  }
+};
+
+// src/libs/bcs/bcs.ts
+var bcsRegistry = new import_bcs2.BCS({ ...(0, import_bcs2.getSuiMoveConfig)() });
+function unsafe_u64(options) {
+  return import_bcs2.bcs.u64({
+    name: "unsafe_u64",
+    ...options
+  }).transform({
+    input: (val) => val,
+    output: (val) => Number(val)
+  });
+}
+function optionEnum(type) {
+  return import_bcs2.bcs.enum("Option", {
+    None: null,
+    Some: type
+  });
+}
+function enumKind(type) {
+  return type.transform({
+    input: (val) => ({
+      [val.kind]: val
+    }),
+    output: (val) => {
+      const key = Object.keys(val)[0];
+      return { kind: key, ...val[key] };
+    }
+  });
+}
+var Address = import_bcs2.bcs.bytes(import_utils5.SUI_ADDRESS_LENGTH).transform({
+  input: (val) => typeof val === "string" ? (0, import_bcs2.fromHEX)(val) : val,
+  output: (val) => (0, import_bcs2.toHEX)(val)
+});
+var ObjectDigest = import_bcs2.bcs.vector(import_bcs2.bcs.u8()).transform({
+  name: "ObjectDigest",
+  input: (value) => (0, import_bcs2.fromB58)(value),
+  output: (value) => (0, import_bcs2.toB58)(new Uint8Array(value))
+});
+var SuiObjectRef = import_bcs2.bcs.struct("SuiObjectRef", {
+  objectId: Address,
+  version: import_bcs2.bcs.u64(),
+  digest: ObjectDigest
+});
+var SharedObjectRef = import_bcs2.bcs.struct("SharedObjectRef", {
+  objectId: Address,
+  initialSharedVersion: import_bcs2.bcs.u64(),
+  mutable: import_bcs2.bcs.bool()
+});
+var ObjectArg = import_bcs2.bcs.enum("ObjectArg", {
+  ImmOrOwned: SuiObjectRef,
+  Shared: SharedObjectRef
+});
+var CallArg = import_bcs2.bcs.enum("CallArg", {
+  Pure: import_bcs2.bcs.vector(import_bcs2.bcs.u8()),
+  Object: ObjectArg,
+  ObjVec: import_bcs2.bcs.vector(ObjectArg)
+});
+var TypeTag = import_bcs2.bcs.enum("TypeTag", {
+  bool: null,
+  u8: null,
+  u64: null,
+  u128: null,
+  address: null,
+  signer: null,
+  vector: import_bcs2.bcs.lazy(() => TypeTag),
+  struct: import_bcs2.bcs.lazy(() => StructTag),
+  u16: null,
+  u32: null,
+  u256: null
+});
+var Argument = enumKind(
+  import_bcs2.bcs.enum("Argument", {
+    GasCoin: null,
+    Input: import_bcs2.bcs.struct("Input", { index: import_bcs2.bcs.u16() }),
+    Result: import_bcs2.bcs.struct("Result", { index: import_bcs2.bcs.u16() }),
+    NestedResult: import_bcs2.bcs.struct("NestedResult", {
+      index: import_bcs2.bcs.u16(),
+      resultIndex: import_bcs2.bcs.u16()
+    })
+  })
+);
+var ProgrammableMoveCall = import_bcs2.bcs.struct("ProgrammableMoveCall", {
+  package: Address,
+  module: import_bcs2.bcs.string(),
+  function: import_bcs2.bcs.string(),
+  type_arguments: import_bcs2.bcs.vector(TypeTag),
+  arguments: import_bcs2.bcs.vector(Argument)
+}).transform({
+  // TODO: add type for the input data
+  input: (data) => {
+    const [pkg, module2, fun] = data.target.split("::");
+    const type_arguments = data.typeArguments.map(
+      (tag) => TypeTagSerializer.parseFromStr(tag, true)
+    );
+    return {
+      package: (0, import_utils5.normalizeSuiAddress)(pkg),
+      module: module2,
+      function: fun,
+      type_arguments,
+      arguments: data.arguments
+    };
+  },
+  output: (data) => {
+    return {
+      target: [data.package, data.module, data.function].join(
+        "::"
+      ),
+      arguments: data.arguments,
+      typeArguments: data.type_arguments.map(TypeTagSerializer.tagToString)
+    };
+  }
+});
+var Transaction = enumKind(
+  import_bcs2.bcs.enum("Transaction", {
+    /**
+     * A Move Call - any public Move function can be called via
+     * this transaction. The results can be used that instant to pass
+     * into the next transaction.
+     */
+    MoveCall: ProgrammableMoveCall,
+    /**
+     * Transfer vector of objects to a receiver.
+     */
+    TransferObjects: import_bcs2.bcs.struct("TransferObjects", {
+      objects: import_bcs2.bcs.vector(Argument),
+      address: Argument
+    }),
+    /**
+     * Split `amount` from a `coin`.
+     */
+    SplitCoins: import_bcs2.bcs.struct("SplitCoins", {
+      coin: Argument,
+      amounts: import_bcs2.bcs.vector(Argument)
+    }),
+    /**
+     * Merge Vector of Coins (`sources`) into a `destination`.
+     */
+    MergeCoins: import_bcs2.bcs.struct("MergeCoins", {
+      destination: Argument,
+      sources: import_bcs2.bcs.vector(Argument)
+    }),
+    /**
+     * Publish a Move module.
+     */
+    Publish: import_bcs2.bcs.struct("Publish", {
+      modules: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8())),
+      dependencies: import_bcs2.bcs.vector(Address)
+    }),
+    /**
+     * Build a vector of objects using the input arguments.
+     * It is impossible to construct a `vector<T: key>` otherwise,
+     * so this call serves a utility function.
+     */
+    MakeMoveVec: import_bcs2.bcs.struct("MakeMoveVec", {
+      type: optionEnum(TypeTag),
+      objects: import_bcs2.bcs.vector(Argument)
+    }),
+    /**  */
+    Upgrade: import_bcs2.bcs.struct("Upgrade", {
+      modules: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8())),
+      dependencies: import_bcs2.bcs.vector(Address),
+      packageId: Address,
+      ticket: Argument
+    })
+  })
+);
+var ProgrammableTransaction = import_bcs2.bcs.struct("ProgrammableTransaction", {
+  inputs: import_bcs2.bcs.vector(CallArg),
+  transactions: import_bcs2.bcs.vector(Transaction)
+});
+var TransactionKind = import_bcs2.bcs.enum("TransactionKind", {
+  ProgrammableTransaction,
+  ChangeEpoch: null,
+  Genesis: null,
+  ConsensusCommitPrologue: null
+});
+var TransactionExpiration = import_bcs2.bcs.enum("TransactionExpiration", {
+  None: null,
+  Epoch: unsafe_u64()
+});
+var StructTag = import_bcs2.bcs.struct("StructTag", {
+  address: Address,
+  module: import_bcs2.bcs.string(),
+  name: import_bcs2.bcs.string(),
+  typeParams: import_bcs2.bcs.vector(TypeTag)
+});
+var GasData = import_bcs2.bcs.struct("GasData", {
+  payment: import_bcs2.bcs.vector(SuiObjectRef),
+  owner: Address,
+  price: import_bcs2.bcs.u64(),
+  budget: import_bcs2.bcs.u64()
+});
+var TransactionDataV1 = import_bcs2.bcs.struct("TransactionDataV1", {
+  kind: TransactionKind,
+  sender: Address,
+  gasData: GasData,
+  expiration: TransactionExpiration
+});
+var TransactionData = import_bcs2.bcs.enum("TransactionData", {
+  V1: TransactionDataV1
+});
+var SenderSignedData = import_bcs2.bcs.struct("SenderSignedData", {
+  data: TransactionData,
+  txSignatures: import_bcs2.bcs.vector(import_bcs2.bcs.vector(import_bcs2.bcs.u8()))
+});
+var CompressedSignature = import_bcs2.bcs.enum("CompressedSignature", {
+  ED25519: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8()),
+  Secp256k1: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8()),
+  Secp256r1: import_bcs2.bcs.fixedArray(64, import_bcs2.bcs.u8())
+});
+var PublicKey = import_bcs2.bcs.enum("PublicKey", {
+  ED25519: import_bcs2.bcs.fixedArray(32, import_bcs2.bcs.u8()),
+  Secp256k1: import_bcs2.bcs.fixedArray(33, import_bcs2.bcs.u8()),
+  Secp256r1: import_bcs2.bcs.fixedArray(33, import_bcs2.bcs.u8())
+});
+var MultiSigPkMap = import_bcs2.bcs.struct("MultiSigPkMap", {
+  pubKey: PublicKey,
+  weight: import_bcs2.bcs.u8()
+});
+var MultiSigPublicKey = import_bcs2.bcs.struct("MultiSigPublicKey", {
+  pk_map: import_bcs2.bcs.vector(MultiSigPkMap),
+  threshold: import_bcs2.bcs.u16()
+});
+var MultiSig = import_bcs2.bcs.struct("MultiSig", {
+  sigs: import_bcs2.bcs.vector(CompressedSignature),
+  bitmap: import_bcs2.bcs.u16(),
+  multisig_pk: MultiSigPublicKey
+});
+var suiBcs = {
+  ...import_bcs2.bcs,
+  U8: import_bcs2.bcs.u8(),
+  U16: import_bcs2.bcs.u16(),
+  U32: import_bcs2.bcs.u32(),
+  U64: import_bcs2.bcs.u64(),
+  U128: import_bcs2.bcs.u128(),
+  U256: import_bcs2.bcs.u256(),
+  ULEB128: import_bcs2.bcs.uleb128(),
+  Bool: import_bcs2.bcs.bool(),
+  String: import_bcs2.bcs.string(),
+  Address,
+  Argument,
+  CallArg,
+  CompressedSignature,
+  GasData,
+  MultiSig,
+  MultiSigPkMap,
+  MultiSigPublicKey,
+  ObjectArg,
+  ObjectDigest,
+  ProgrammableMoveCall,
+  ProgrammableTransaction,
+  PublicKey,
+  SenderSignedData,
+  SharedObjectRef,
+  StructTag,
+  SuiObjectRef,
+  Transaction,
+  TransactionData,
+  TransactionDataV1,
+  TransactionExpiration,
+  TransactionKind,
+  TypeTag,
+  // preserve backwards compatibility with old bcs export
+  ser: bcsRegistry.ser.bind(bcsRegistry),
+  de: bcsRegistry.de.bind(bcsRegistry),
+  getTypeInterface: bcsRegistry.getTypeInterface.bind(bcsRegistry),
+  hasType: bcsRegistry.hasType.bind(bcsRegistry),
+  parseTypeName: bcsRegistry.parseTypeName.bind(bcsRegistry),
+  registerAddressType: bcsRegistry.registerAddressType.bind(bcsRegistry),
+  registerAlias: bcsRegistry.registerAlias.bind(bcsRegistry),
+  registerBcsType: bcsRegistry.registerBcsType.bind(bcsRegistry),
+  registerEnumType: bcsRegistry.registerEnumType.bind(bcsRegistry),
+  registerStructType: bcsRegistry.registerStructType.bind(bcsRegistry),
+  registerType: bcsRegistry.registerType.bind(bcsRegistry),
+  types: bcsRegistry.types
+};
+bcsRegistry.registerBcsType(
+  "utf8string",
+  () => import_bcs2.bcs.string({ name: "utf8string" })
+);
+bcsRegistry.registerBcsType("unsafe_u64", () => unsafe_u64());
+bcsRegistry.registerBcsType("enumKind", (T) => enumKind(T));
+[
+  Address,
+  Argument,
+  CallArg,
+  CompressedSignature,
+  GasData,
+  MultiSig,
+  MultiSigPkMap,
+  MultiSigPublicKey,
+  ObjectArg,
+  ObjectDigest,
+  ProgrammableMoveCall,
+  ProgrammableTransaction,
+  PublicKey,
+  SenderSignedData,
+  SharedObjectRef,
+  StructTag,
+  SuiObjectRef,
+  Transaction,
+  TransactionData,
+  TransactionDataV1,
+  TransactionExpiration,
+  TransactionKind,
+  TypeTag
+].forEach((type) => {
+  bcsRegistry.registerBcsType(type.name, () => type);
+});
+
+// src/libs/multiSig/multiSig.ts
+function toMultiSigAddress(pks, threshold) {
+  if (pks.length > import_multisig.MAX_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Max number of signers in a multisig is ${import_multisig.MAX_SIGNER_IN_MULTISIG}`
+    );
+  }
+  if (pks.length < import_multisig.MIN_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Min number of signers in a multisig is ${import_multisig.MIN_SIGNER_IN_MULTISIG}`
+    );
+  }
+  const maxLength = 1 + 2 + pks.length * (1 + 64 + 1);
+  const buf = new Uint8Array(maxLength);
+  let offset = 0;
+  buf.set([import_cryptography.SIGNATURE_SCHEME_TO_FLAG.MultiSig], offset);
+  offset += 1;
+  buf.set([threshold & 255, threshold >> 8], offset);
+  offset += 2;
+  let totalWeight = 0;
+  for (let i = 0; i < pks.length; i++) {
+    const { pubKey, weight } = pks[i];
+    const flag = pubKey.flag();
+    buf.set([flag], offset);
+    offset += 1;
+    buf.set(pubKey.toRawBytes(), offset);
+    offset += pubKey.toRawBytes().length;
+    buf.set([weight], offset);
+    offset += 1;
+    totalWeight += weight;
+  }
+  if (totalWeight < threshold) {
+    throw new Error(`Total weight is less than threshold`);
+  }
+  const bufHash = (0, import_blake2b.blake2b)(buf.slice(0, offset), { dkLen: 32 });
+  return (0, import_utils7.normalizeSuiAddress)((0, import_utils6.bytesToHex)(bufHash));
+}
+function combinePartialSigs(sigs, pks, threshold) {
+  if (sigs.length > import_multisig.MAX_SIGNER_IN_MULTISIG) {
+    throw new Error(
+      `Max number of signers in a multisig is ${import_multisig.MAX_SIGNER_IN_MULTISIG}`
+    );
+  }
+  const multiSigPk = {
+    pk_map: pks.map((pk) => toPkEnumWeightPair(pk)),
+    threshold
+  };
+  let bitmap = 0;
+  const compressedSigs = new Array(sigs.length);
+  for (let i = 0; i < sigs.length; i++) {
+    const parsed = toSingleSignaturePubkeyPair(sigs[i]);
+    const bytes2 = Array.from(parsed.signature.map((x) => Number(x)));
+    if (parsed.signatureScheme === "ED25519") {
+      compressedSigs[i] = { ED25519: bytes2 };
+    } else if (parsed.signatureScheme === "Secp256k1") {
+      compressedSigs[i] = { Secp256k1: bytes2 };
+    } else if (parsed.signatureScheme === "Secp256r1") {
+      compressedSigs[i] = { Secp256r1: bytes2 };
+    }
+    for (let j = 0; j < pks.length; j++) {
+      if (parsed.pubKey.equals(pks[j].pubKey)) {
+        bitmap |= 1 << j;
+        break;
+      }
+    }
+  }
+  const multiSig = {
+    sigs: compressedSigs,
+    bitmap,
+    multisig_pk: multiSigPk
+  };
+  const bytes = suiBcs.MultiSig.serialize(multiSig).toBytes();
+  const tmp = new Uint8Array(bytes.length + 1);
+  tmp.set([import_cryptography.SIGNATURE_SCHEME_TO_FLAG.MultiSig], 0);
+  tmp.set(bytes, 1);
+  return (0, import_utils7.toB64)(tmp);
+}
+function toPkEnumWeightPair(pair) {
+  const pk_bytes = Array.from(pair.pubKey.toBytes().map((x) => Number(x)));
+  switch (pair.pubKey.flag()) {
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["Secp256k1"]:
+      return {
+        pubKey: {
+          Secp256k1: pk_bytes
+        },
+        weight: pair.weight
+      };
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["Secp256r1"]:
+      return {
+        pubKey: {
+          Secp256r1: pk_bytes
+        },
+        weight: pair.weight
+      };
+    case import_cryptography.SIGNATURE_SCHEME_TO_FLAG["ED25519"]:
+      return {
+        pubKey: {
+          ED25519: pk_bytes
+        },
+        weight: pair.weight
+      };
+    default:
+      throw new Error("Unsupported signature scheme");
+  }
+}
+function toSingleSignaturePubkeyPair(serializedSignature) {
+  const res = toParsedSignaturePubkeyPair(serializedSignature);
+  if (res.length !== 1) {
+    throw Error("Expected a single signature");
+  }
+  return res[0];
+}
+function toParsedSignaturePubkeyPair(serializedSignature) {
+  const bytes = (0, import_utils7.fromB64)(serializedSignature);
+  const signatureScheme = import_cryptography.SIGNATURE_FLAG_TO_SCHEME[bytes[0]];
+  if (signatureScheme === "Zk") {
+    throw new Error("Zk signature not supported");
+  }
+  if (signatureScheme === "MultiSig") {
+    throw new Error("MultiSig signature not supported");
+  }
+  const SIGNATURE_SCHEME_TO_PUBLIC_KEY = {
+    ED25519: import_ed255193.Ed25519PublicKey,
+    Secp256k1: import_secp256k1.Secp256k1PublicKey,
+    Secp256r1: import_secp256r1.Secp256r1PublicKey
+  };
+  const PublicKey3 = SIGNATURE_SCHEME_TO_PUBLIC_KEY[signatureScheme];
+  const signature = bytes.slice(1, bytes.length - PublicKey3.SIZE);
+  const pubKeyBytes = bytes.slice(1 + signature.length);
+  const pubKey = new PublicKey3(pubKeyBytes);
+  return [
+    {
+      signatureScheme,
+      signature,
+      pubKey
+    }
+  ];
+}
+
+// src/libs/multiSig/publickey.ts
+var import_ed255194 = require("@mysten/sui.js/keypairs/ed25519");
+var import_utils8 = require("@mysten/sui.js/utils");
+function ed25519PublicKeyFromBase64(rawPubkey) {
+  let bytes = (0, import_utils8.fromB64)(rawPubkey);
+  if (bytes.length !== 32 && bytes.length !== 33)
+    throw "invalid pubkey length";
+  bytes = bytes.length === 33 ? bytes.slice(1) : bytes;
+  return new import_ed255194.Ed25519PublicKey(bytes);
+}
+
+// src/libs/multiSig/client.ts
+var MultiSigClient = class _MultiSigClient {
+  constructor(pks, threshold) {
+    this.pksWeightPairs = pks;
+    this.threshold = threshold;
+  }
+  static fromRawPubkeys(rawPubkeys, weights, threshold) {
+    const pks = rawPubkeys.map((rawPubkey, i) => {
+      return {
+        pubKey: ed25519PublicKeyFromBase64(rawPubkey),
+        weight: weights[i]
+      };
+    });
+    return new _MultiSigClient(pks, threshold);
+  }
+  multiSigAddress() {
+    return toMultiSigAddress(this.pksWeightPairs, this.threshold);
+  }
+  combinePartialSigs(sigs) {
+    return combinePartialSigs(sigs, this.pksWeightPairs, this.threshold);
+  }
+};
 // Annotate the CommonJS export names for ESM import in node:
 0 && (module.exports = {
+  MultiSigClient,
   SuiAccountManager,
@@ -792,0 +1389,0 @@ SuiKit,

package.json

 {
   "name": "@scallop-io/sui-kit",
-  "version": "0.42.0",
+  "version": "0.42.1",
   "description": "Tookit for interacting with SUI network",
@@ -40,3 +40,5 @@ "keywords": [
   "dependencies": {
+    "@mysten/bcs": "^0.8.0",
     "@mysten/sui.js": "^0.42.0",
+    "@noble/hashes": "^1.3.2",
     "@scure/bip39": "^1.2.1",
@@ -43,0 +45,0 @@ "assert": "^2.1.0",

src/index.ts

@@ -6,2 +6,3 @@ export * from '@mysten/sui.js/utils';
 export { SuiTxBlock } from './libs/suiTxBuilder';
+export { MultiSigClient } from './libs/multiSig';
 export type * from './types';

New alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

Fixed alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

Improved metrics

Total package byte prevSize

526592

increased by94.08%

Number of package files

52

increased by36.84%

Lines of code

9903

increased by127.34%

Worsened metrics

Dependency count

8

increased by33.33%

Dependency changes

• + Added@mysten/bcs@^0.8.0

• + Added@noble/hashes@^1.3.2

• + Added@mysten/bcs@0.8.1(transitive)

• + Added@noble/curves@1.6.0(transitive)

• + Added@noble/hashes@1.5.0(transitive)

• + Added@scure/base@1.1.9(transitive)

• + Added@scure/bip32@1.5.0(transitive)

• + Added@scure/bip39@1.4.0(transitive)

• - Removed@noble/curves@1.7.0(transitive)

• - Removed@noble/hashes@1.6.01.6.1(transitive)

• - Removed@scure/base@1.2.1(transitive)

• - Removed@scure/bip32@1.6.0(transitive)

• - Removed@scure/bip39@1.5.0(transitive)