feat(tokenBurnTransaction): Implement TokenBurnTransaction E2E tests: TCK

.prettierrc

@@ -9,4 +9,3 @@
   "arrowParens": "always",
   "endOfLine": "lf"
 }
-

docs/test-specifications/token-service/TokenBurnTransaction.md

@@ -46,7 +46,7 @@ https://docs.hedera.com/hedera/sdks-and-apis/rest-api
 
 ### Additional Notes
 
-The tests contained in this specification will assume that a valid fungible token and a valid non-fungible token have already successfully created. The fungible token will have an initial supply of 9,223,372,036,854,775,807 (int64 max) and the non-fungible token will have three minted. <CREATED_FUNGIBLE_TOKEN_ID> will denote the ID of the created fungible token, <CREATED_FUNGIBLE_TOKEN_SUPPLY_KEY> will denote the supply key of the created fungible token as a DER-encoded hex string, and <CREATED_FUNGIBLE_TOKEN_ADMIN_KEY> will denote the admin key of the created fungible token as a DER-encoded hex string. <CREATED_NON_FUNGIBLE_TOKEN_ID> will denote the ID of the created non-fungible token, <CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY> will denote the supply key of the created non-fungible token as a DER-encoded hex string, and <CREATED_NON_FUNGIBLE_TOKEN_ADMIN_KEY> will denote the admin key of the created non-fungible token as a DER-encoded hex string. <NFT_SERIAL_1>, <NFT_SERIAL_2>, and <NFT_SERIAL_3> will denote the serial numbers of the three minted NFTs.
+The tests contained in this specification will assume that a valid fungible token and a valid non-fungible token have already successfully created. The fungible token will have an initial supply of 1,000,000 and the non-fungible token will have three minted. <CREATED_FUNGIBLE_TOKEN_ID> will denote the ID of the created fungible token, <CREATED_FUNGIBLE_TOKEN_SUPPLY_KEY> will denote the supply key of the created fungible token as a DER-encoded hex string, and <CREATED_FUNGIBLE_TOKEN_ADMIN_KEY> will denote the admin key of the created fungible token as a DER-encoded hex string. <CREATED_NON_FUNGIBLE_TOKEN_ID> will denote the ID of the created non-fungible token, <CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY> will denote the supply key of the created non-fungible token as a DER-encoded hex string, and <CREATED_NON_FUNGIBLE_TOKEN_ADMIN_KEY> will denote the admin key of the created non-fungible token as a DER-encoded hex string. <NFT_SERIAL_1>, <NFT_SERIAL_2>, and <NFT_SERIAL_3> will denote the serial numbers of the three minted NFTs.
 
 ## Property Tests
 
@@ -150,16 +150,16 @@ The tests contained in this specification will assume that a valid fungible toke
 
 - The list of NFT serial numbers to burn.
 
-| Test no | Name                                        | Input                                                                                                                                                                                     | Expected response                                                                            | Implemented (Y/N) |
-|---------|---------------------------------------------|-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------------------------------------------|-------------------|
-| 1       | Burns an NFT                                | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                        | The token burn succeeds and the token's treasury account no longer contains the first NFT.   | N                 |
-| 2       | Burns 3 NFTs                                | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>, <NFT_SERIAL_2>, <NFT_SERIAL_3>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]        | The token burn succeeds and the token's treasury account no longer contains any NFTs.        | N                 |
-| 3       | Burns 3 NFTs but one is already burned      | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>, <NFT_SERIAL_2>, <BURNED_NFT_SERIAL_3>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>] | The token burn fails with an INVALID_NFT_ID response code from the network.                  | N                 |
-| 4       | Burns no NFTs                               | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                                                        | The token burn succeeds and the token's treasury account contains all three NFTs.            | N                 |
-| 5       | Burns an NFT that doesn't exist             | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=["12345678"], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                            | The token burn fails with an INVALID_TOKEN_NFT_SERIAL_NUMBER response code from the network. | N                 |
-| 6       | Burns NFTs with the treasury account frozen | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                        | The token burn fails with an ACCOUNT_FROZEN_FOR_TOKEN response code from the network.        | N                 |
-| 7       | Burns paused NFTs                           | tokenId=<PAUSED_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<PAUSED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                              | The token burn fails with an TOKEN_IS_PAUSED response code from the network.                 | N                 |
-| 8       | Burns fungible tokens with serial numbers   | tokenId=<CREATED_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                                | The token burn succeeds and the token's treasury account contains the same NFTs.             | N                 |
+| Test no | Name                                        | Input                                                                                                                                                                                     | Expected response                                                                          | Implemented (Y/N) |
+|---------|---------------------------------------------|-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|--------------------------------------------------------------------------------------------|-------------------|
+| 1       | Burns an NFT                                | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                        | The token burn succeeds and the token's treasury account no longer contains the first NFT. | N                 |
+| 2       | Burns 3 NFTs                                | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>, <NFT_SERIAL_2>, <NFT_SERIAL_3>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]        | The token burn succeeds and the token's treasury account no longer contains any NFTs.      | N                 |
+| 3       | Burns 3 NFTs but one is already burned      | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>, <NFT_SERIAL_2>, <BURNED_NFT_SERIAL_3>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>] | The token burn fails with an INVALID_NFT_ID response code from the network.                | N                 |
+| 4       | Burns no NFTs                               | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                                                        | The token burn fails with an INVALID_TOKEN_BURN_METADATA response code from the network.   | N                 |
+| 5       | Burns an NFT that doesn't exist             | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=["12345678"], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                            | The token burn fails with an INVALID_NFT_ID response code from the network.                | N                 |
+| 6       | Burns NFTs with the treasury account frozen | tokenId=<CREATED_NON_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                        | The token burn fails with an ACCOUNT_FROZEN_FOR_TOKEN response code from the network.      | N                 |
+| 7       | Burns paused NFTs                           | tokenId=<PAUSED_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<PAUSED_NON_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                              | The token burn fails with an TOKEN_IS_PAUSED response code from the network.               | N                 |
+| 8       | Burns fungible tokens with serial numbers   | tokenId=<CREATED_FUNGIBLE_TOKEN_ID>, serialNumbers=[<NFT_SERIAL_1>], commonTransactionParams.signers=[<CREATED_FUNGIBLE_TOKEN_SUPPLY_KEY>]                                                | The token burn succeeds and the token's treasury account contains the same NFTs.           | N                 |
 
 #### JSON Request Example
 

src/services/ConsensusInfoClient.ts

@@ -5,8 +5,11 @@ import {
   AccountInfo,
   AccountInfoQuery,
   Client,
+  NftId,
   TokenInfo,
   TokenInfoQuery,
+  TokenNftInfo,
+  TokenNftInfoQuery,
 } from "@hashgraph/sdk";
 
 class ConsensusInfoClient {
@@ -51,6 +54,15 @@ class ConsensusInfoClient {
     return this.executeTokenMethod(tokenId, new TokenInfoQuery());
   }
 
+  async getTokenNftInfo(
+    tokenId: string,
+    serialNumber: string,
+  ): Promise<TokenNftInfo[]> {
+    let query = new TokenNftInfoQuery();
+    query.setNftId(NftId.fromString(tokenId + "/" + serialNumber));
+    return query.execute(this.sdkClient);
+  }
+
   async executeAccountMethod(
     accountId: string,
     method: AccountInfoQuery | AccountBalanceQuery,

src/services/MirrorNodeClient.ts

@@ -25,6 +25,18 @@ class MirrorNodeClient {
     const url = `${this.mirrorNodeRestUrl}/api/v1/tokens/${tokenId}`;
     return retryOnError(async () => fetchData(url));
   }
+
+  // TODO: Get mirror node interface with OpenAPI
+  async getTokenRelationships(accountId: string, tokenId: string) {
+    const url = `${this.mirrorNodeRestUrl}/api/v1/accounts/${accountId}/tokens?token.id=${tokenId}`;
+    return retryOnError(async () => fetchData(url));
+  }
+
+  // TODO: Get mirror node interface with OpenAPI
+  async getAccountNfts(accountId: string, tokenId: string) {
+    const url = `${this.mirrorNodeRestUrl}/api/v1/accounts/${accountId}/nfts?token.id=${tokenId}`;
+    return retryOnError(async () => fetchData(url));
+  }
 }
 
 export default new MirrorNodeClient();