idin-js-sdk v0.2.13

Generate Key pair (ECDSA secp256r1,p256)

let key = crypto.p256.genKeyPair();
console.log('[x] private : ', key.private);
console.log('[x] public : ', key.public);

create DID

const { crypto, tx, helpers, Api } = sdk;
const { types } = helpers;
/*
    nonce be 1 for OP_DID_REGISTER
*/
const header = tx.tx.setHeader(1, types.OP_DID_REGISTER);
const txHex = tx.Builder(PRIVATE_KEY, header);
const c = new Api('http://localhost:9597');
const res = await c.submitTx(txHex);
console.log(res);

Add Key to DID

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  PRI_OF_KEY
   - Private key of new public key
*/
// can get nonce from api.getDIDInfo
const nonce = 2;
const newKey = tx.fnDIDAddKey(nonce, PRI_OF_KEY, MAIN_ADDR);
let x = tx.Builder(
  MAIN_PRI,
  tx.setHeader(nonce, types.OP_DID_ADD_KEY, MAIN_ADDR),
  newKey
);

Revoke Key in DID

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  PUBLIC_KEY
   - Public key u need to revoke
*/
// can get nonce from api.getDIDInfo
const nonce = 3;
const obj = tx.fnDIDRevokeKey(PUBLIC_KEY);
let x = tx.Builder(
  MAIN_PRI,
  tx.setHeader(nonce, types.OP_DID_REVOKE_KEY, MAIN_ADDR),
  obj
);

DID Recovery Register

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  MEMBER_PRI
   - Private of MEMBER_ADDR to sign
  MEMBER_ADDR 
   - DID of member you will add to recovery list
*/

// can get nonce from api.getDIDInfo
const nonce = 4;
const member = [
  tx.fnDIDAddRecovery(nonce, MEMBER_PRI, MAIN_ADDR, MEMBER_ADDR)
  //
];
let x = tx.Builder(
  MAIN_PRI,
  tx.setHeader(nonce, types.OP_DID_ADD_RECOVERY, MAIN_ADDR),
  member
);

DID recovery

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  MEMBER_PRI
   - Private of MEMBER_ADDR to sign
  MEMBER_ADDR 
   - DID of member you will add to recovery list
  NEW_PUBLIC_KEY
   - public key will register after recovery ledger
  NEW_PRI
   - Private of [NEW_PUBLIC_KEY]
*/

/*
   can get nonce from api.getDIDInfo
*/
const nonce = 5;
const obj = [
  tx.fnDIDRecovery(
    nonce,
    MEMBER_PRI,
    MAIN_ADDR,
    NEW_PUBLIC_KEY,
    MEMBER_ADDR
    //
  )
  //
];

let x = tx.Builder(
  NEW_PRI,
  tx.setHeader(nonce, types.OP_DID_RECOVERY, MAIN_ADDR),
  obj
);

Credentails Register

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  HASH_OF_DOCUMNET
   - hex format
*/

// can get nonce from api.getDIDInfo
const nonce = 6;
let x = tx.Builder(
  MAIN_PRI,
  tx.setHeader(nonce, lib.types.OP_CDT_REGISTER, MAIN_ADDR),
  fnCDTRegister(HASH_OF_DOCUMNET)
);

Credentials revoke

/*
  MAIN_ADDR
   - DID ledger u will add new key
  MAIN_PRI
   - Private key have register public key on DID ledger
  HASH_OF_DOCUMNET
   - hex format
*/

// can get nonce from api.getDIDInfo
const nonce = 6;
let x = tx.Builder(
  MAIN_PRI,
  tx.setHeader(nonce, lib.types.OP_CDT_REVOKE, MAIN_ADDR),
  fnCDTRevoke(HASH_OF_DOCUMNET)
);

Contecnt API

const { api } = sdk;
// set url to call api
const api = new Api('http://localhost:9597');
let addr = 'ic8Bd1uC2oF6giKgeNVkZ2rX5uEFCEX88C';
let pubKey =
  '04754fb050330295abdf7dfefca3be97be61faa1693b685f1fd885874143082604e5b223efe628069ec908adacdba84ec4f74a37736feb5987eb86b414fb0c7c7d';

// get did info
let res = await api.getDIDInfo(addr);
console.log('[x] Bakatest : ', res);

// get key in did
res = await api.getDIDKey(addr, pubKey);
console.log('[x] Bakatest : ', res);

// get cdt info
res = await api.getCDTInfo(addr, 'bakatest');
console.log('[x] Bakatest : ', res);

// get did active list [addr,page,limit]
res = await api.getDIDKeys(addr, 1, 5);
console.log('[x] Bakatest : ', res);

// get did active list [addr,page,limit]
res = await api.getDIDHistory(addr, 1, 5);
console.log('[x] Bakatest : ', res);

// get recovery info [addr]
res = await api.getRecoveryInfo(addr);
console.log('[x] Bakatest : ', res);

Schema of Transaction

HEADER

{
    ver:  String,
    nonce: Number,//int
    op: String,//types.OP...
    addr: String,//Address
}

DATA

{
    header: [HEADER],
    body: String,//[BODY...] -> hex
}

KEY

{
    publicKey: String,//Hex
    signature: String,//hex
    type: String,//types.P256_2019
}

RECOVERY_KEY

{
    publicKey: String,//hex
    signature: String,//hex
    type: String,//types.P256_2019,
    byAddr: String,//address
}

TRANSACTION

{
    data: String,//hex
    signature: String,//hex
    publicKey: String,//hex
    encoding: String,//types.ENCODING
    keyType: String//types.P256_2019
}

Body Operator

BODY_ADD_KEY

[KEY];

BODY_REVOKE_KEY

String; //Public Key Hex

BODY_REGISTER_CREDENTIALS

String; //Hash Hex

BODY_REVOKE_CREDENTIALS

String; //Hash Hex

BODY_ADD_KEY

[KEY];

BODY_RECOVERY_DID

{
    by: Array[RECOVERY_KEY],
    NewKey: [KEY]
}