linting

Author: hyeonmin Song

client/src/api/abstractCryptid.ts

@@ -91,23 +91,6 @@ export abstract class AbstractCryptid implements Cryptid {
     }
   }
 
-//   async addKey(
-//     publicKey: PublicKey,
-//     alias: string
-//   ): Promise<TransactionSignature> {
-//     const signer = await this.getSignerForInternalTransaction();
-//     const authority = await this.signer.publicKey;
-//     const transaction = await addKeyTransaction(
-//       this.options.connection,
-//       this.did,
-//       signer,
-//       publicKey,
-//       alias,
-//       authority
-//     );
-//     return this.send(transaction);
-//   }
-
   // Base case for collecting all additional keys that must be provided when signing
   // a transaction with controller chains. Each controller layer adds an additional key here
   async additionalKeys(): Promise<PublicKey[]> {

client/src/api/cryptid.ts

@@ -56,13 +56,6 @@ export interface Cryptid {
 
   cancelLarge(transactionAccount: PublicKey): Promise<TransactionSignature>;
 
-//   /**
-//    * Adds a key to your the Crytid account
-//    * @param publicKey The public key to add
-//    * @param alias A unique alias for that key
-//    */
-//   addKey(publicKey: PublicKey, alias: string): Promise<TransactionSignature>;
-
   /**
    * Retrieves the DID document for this Cryptid account
    */

client/test/e2e/transfer.test.ts

@@ -6,9 +6,7 @@ import {
   Keypair,
   LAMPORTS_PER_SOL,
   PublicKey,
-//   SIGNATURE_LENGTH_IN_BYTES,
   SystemProgram,
-//   Transaction,
 } from '@solana/web3.js';
 import {
   airdrop,
@@ -126,22 +124,21 @@ describe('transfers', function () {
 
     it.skip('should sign a transaction from a DID with a second key', async () => {
       // the cryptid client for device 1 that will add the new key
-    //   const cryptidForDevice1 = cryptid;
+      // const cryptidForDevice1 = cryptid;
 
       // the new key that will be added to the DID
       const device2Key = Keypair.generate();
-    //   const alias = 'device2';
+      // const alias = 'device2';
 
       // airdrop to device2 key to cover fees for the transfer only
       await airdrop(connection, device2Key.publicKey, 10_000);
 
       // add the new key and create a cryptid client for device 2
-    //   await cryptidForDevice1.addKey(device2Key.publicKey, alias);
+      // await cryptidForDevice1.addKey(device2Key.publicKey, alias);
       // TODO: Challenge: Replace this with a did:sol library call for addKey
-    //   const id = DidSolIdentifier.parse(cryptid.did);
-    //   const service = await DidSolService.build(id);
-    //   service.addVerificationMethod(...);
-      
+      // const id = DidSolIdentifier.parse(cryptid.did);
+      // const service = await DidSolService.build(id);
+      // service.addVerificationMethod(...);
       const cryptidForDevice2 = await build(did, device2Key, {
         connection,
         waitForConfirmation: true,
@@ -237,8 +234,7 @@ describe('transfers', function () {
       await airdrop(connection, controlledDIDKey.publicKey, 10_000);
 
       // add the controller to the controlled DID (this anchors the controlled DID)
-    //   await controlledCryptid.addController(did);
-
+      // await controlledCryptid.addController(did);
       balances = await new Balances(connection).register(
         cryptidAddress, // controller cryptid
         controlledCryptidAddress, // controlled cryptid