// Commented out due to timing
test("", () => {
  /* Do nothing */
});
// import { runJSONParserTest } from "./utils/testRunner.js";
// import JSONParser from "../src/jsonparser.js";
// import { charset } from "@streamparser/json/utils/utf-8.js";

// const quote = String.fromCharCode(charset.QUOTATION_MARK);

// const oneKB = 1024;
// const oneMB = 1024 * oneKB;
// const twoHundredMB = 200 * oneMB;
// const kbsIn200MBs = twoHundredMB / oneKB;

// describe("performance", () => {
//   describe("buffered parsing", () => {
//     test("can handle large strings without running out of memory", async () => {
//       await runJSONParserTest(
//         new JSONParser({ stringBufferSize: 64 * 1024 }),
//         function* () {
//           const chunk = new Uint8Array(oneKB).fill(charset.LATIN_SMALL_LETTER_A);
//           yield quote;
//           for (let index = 0; index < kbsIn200MBs; index++) {
//             yield chunk;
//           }
//           yield quote;
//         },
//         ({ value }) => expect((value as string).length).toEqual(twoHundredMB)
//       );
//     });

//     test("can handle large numbers without running out of memory", async () => {
//       const jsonParser = new JSONParser({ numberBufferSize: 64 * 1024 });
//       await runJSONParserTest(
//         jsonParser,
//         function* () {
//           const chunk = new Uint8Array(oneKB).fill(charset.DIGIT_ONE);
//           yield "1.";
//           for (let index = 0; index < kbsIn200MBs; index++) {
//             yield chunk;
//           }
//         },
//         ({ value }) => expect(value).toEqual(1.1111111111111112)
//       );
//       jsonParser.end();
//     });
//   });

//   test(`should keep memory stable if keepStack === false on array`, async () => {
//     const chunk = new Uint8Array(oneKB).fill(charset.LATIN_SMALL_LETTER_A);
//     chunk[0] = charset.QUOTATION_MARK;
//     chunk[chunk.length - 1] = charset.QUOTATION_MARK;
//     const commaChunk = new Uint8Array([charset.COMMA]);

//     const intialMemoryUsage = process.memoryUsage().heapUsed;
//     const thirtyMBs = 20 * 1024 * 1024;
//     let valuesLeft = kbsIn200MBs;

//     await runJSONParserTest(
//       new JSONParser({
//         paths: ["$.*"],
//         keepStack: false,
//         stringBufferSize: oneKB,
//       }),
//       function* () {
//         yield new Uint8Array([charset.LEFT_SQUARE_BRACKET]);
//         // decreasing so the number doesn't need to be reallocated
//         for (let index = kbsIn200MBs; index > 0; index--) {
//           yield chunk;
//           yield commaChunk;
//         }
//         yield chunk;
//         yield new Uint8Array([charset.RIGHT_SQUARE_BRACKET]);
//       },
//       () => {
//         if (valuesLeft-- % oneKB !== 0) return;

//         const actualMemoryUsage = process.memoryUsage().heapUsed;
//         expect(actualMemoryUsage - intialMemoryUsage < thirtyMBs).toBeTruthy();
//       }
//     );
//   });

//   test(`should keep memory stable if keepStack === false on object`, async () => {
//     const chunk = new Uint8Array(oneKB).fill(charset.LATIN_SMALL_LETTER_A);
//     chunk[0] = charset.QUOTATION_MARK;
//     chunk[1] = charset.LATIN_SMALL_LETTER_A;
//     chunk[2] = charset.QUOTATION_MARK;
//     chunk[3] = charset.COLON;
//     chunk[4] = charset.QUOTATION_MARK;
//     chunk[chunk.length - 1] = charset.QUOTATION_MARK;
//     const commaChunk = new Uint8Array([charset.COMMA]);

//     const intialMemoryUsage = process.memoryUsage().heapUsed;
//     const thirtyMBs = 20 * 1024 * 1024;
//     let valuesLeft = kbsIn200MBs;

//     await runJSONParserTest(
//       new JSONParser({
//         paths: ["$.*"],
//         keepStack: false,
//         stringBufferSize: oneKB,
//       }),
//       function* () {
//         yield new Uint8Array([charset.LEFT_CURLY_BRACKET]);
//         // decreasing so the number doesn't need to be reallocated
//         for (let index = kbsIn200MBs; index > 0; index--) {
//           yield chunk;
//           yield commaChunk;
//         }
//         yield chunk;
//         yield new Uint8Array([charset.RIGHT_CURLY_BRACKET]);
//       },
//       () => {
//         if (valuesLeft-- % oneKB !== 0) return;

//         const actualMemoryUsage = process.memoryUsage().heapUsed;
//         expect(actualMemoryUsage - intialMemoryUsage < thirtyMBs).toBeTruthy();
//       }
//     );
//   });
// });