(data)
| 13 | } |
| 14 | |
| 15 | function checkGCProfile(data) { |
| 16 | assert.ok(data.version > 0); |
| 17 | assert.ok(data.startTime >= 0); |
| 18 | assert.ok(data.endTime >= 0); |
| 19 | assert.ok(Array.isArray(data.statistics)); |
| 20 | // If the array is not empty, check it |
| 21 | if (data.statistics.length) { |
| 22 | // Just check the first one |
| 23 | const item = data.statistics[0]; |
| 24 | assert.ok(typeof item.gcType === 'string'); |
| 25 | assert.ok(item.cost >= 0); |
| 26 | assert.ok(typeof item.beforeGC === 'object'); |
| 27 | assert.ok(typeof item.afterGC === 'object'); |
| 28 | // The content of beforeGC and afterGC is same, so we just check afterGC |
| 29 | assert.ok(typeof item.afterGC.heapStatistics === 'object'); |
| 30 | const heapStatisticsKeys = [ |
| 31 | 'externalMemory', |
| 32 | 'heapSizeLimit', |
| 33 | 'mallocedMemory', |
| 34 | 'peakMallocedMemory', |
| 35 | 'totalAvailableSize', |
| 36 | 'totalGlobalHandlesSize', |
| 37 | 'totalHeapSize', |
| 38 | 'totalHeapSizeExecutable', |
| 39 | 'totalPhysicalSize', |
| 40 | 'usedGlobalHandlesSize', |
| 41 | 'usedHeapSize', |
| 42 | ]; |
| 43 | heapStatisticsKeys.forEach((key) => { |
| 44 | assert.ok(item.afterGC.heapStatistics[key] >= 0); |
| 45 | }); |
| 46 | assert.ok(typeof item.afterGC.heapSpaceStatistics === 'object'); |
| 47 | const heapSpaceStatisticsKeys = [ |
| 48 | 'physicalSpaceSize', |
| 49 | 'spaceAvailableSize', |
| 50 | 'spaceName', |
| 51 | 'spaceSize', |
| 52 | 'spaceUsedSize', |
| 53 | ]; |
| 54 | heapSpaceStatisticsKeys.forEach((key) => { |
| 55 | const value = item.afterGC.heapSpaceStatistics[0][key]; |
| 56 | assert.ok(key === 'spaceName' ? typeof value === 'string' : value >= 0); |
| 57 | }); |
| 58 | } |
| 59 | } |
| 60 | |
| 61 | async function testGCProfiler() { |
| 62 | const data = await collectGCProfile({ duration: 5000 }); |
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