Unnamed: 0 int64 0 305k | body stringlengths 7 52.9k | name stringlengths 1 185 |
|---|---|---|
268,000 | void () { String a = "1"; String b = "2"; String c = "3"; String d = "4"; String e = "5"; String f = "6"; } | run |
268,001 | void () { int a = 2; int b = 3; int c = 4; int d = 12; int e = 212; int f = 31; int g = 33; } | run |
268,002 | void () { int a = 1; int b = 2; int c = 3; int d = 4; int e = 5; } | run |
268,003 | void (String[] args) { System.out.println("Hello\tworld!"); } | main |
268,004 | void (String[] args) {</selection> System.out.println("Hello\tworld!"); } | main |
268,005 | int (ThreadLocalRandom rnd) { return rnd.nextInt(minFileId, maxFileId + 1); } | generateFileId |
268,006 | int (ThreadLocalRandom rnd, int subsetSize) { return rnd.nextInt(maxFileId + 1 - subsetSize, maxFileId + 1); } | generateFileId |
268,007 | int (Context mainContext) { ThreadLocalRandom rnd = ThreadLocalRandom.current(); return mainContext.generateFileId(rnd, mainContext.FILES_TO_ACCESS); } | _baseline_rnd_ |
268,008 | int (UTF8Context ctx) { int[] offsets = ctx.offsets; ByteBuffer buffer = ctx.buffer; return randomOffsetOf(offsets); } | _baseline_randomOffset |
268,009 | String[] (int stringsCount) { String[] strings = new String[stringsCount]; for (int i = 0; i < stringsCount; i++) { strings[i] = "name." + "%s$22".formatted(i); } return strings; } | generateStrings |
268,010 | int (int[] offsets) { int index = ThreadLocalRandom.current().nextInt(offsets.length); return offsets[index]; } | randomOffsetOf |
268,011 | void () { cursor = 0; } | resetCursor |
268,012 | int () { cursor++; if (cursor >= RECORDS_COUNT) { cursor = 1; } return cursor; } | nextSequential |
268,013 | int () { return ThreadLocalRandom.current().nextInt(1, RECORDS_COUNT); } | nextRandom |
268,014 | void () { recordSizeInInts = recordSize / Integer.BYTES; array = new int[recordSizeInInts * RECORDS_COUNT]; } | setup |
268,015 | void () { recordSizeInInts = recordSize / Integer.BYTES; array = new AtomicIntegerArray(recordSizeInInts * RECORDS_COUNT); } | setup |
268,016 | void () { recordSizeInInts = recordSize / Integer.BYTES; buffer = ByteBuffer.allocate(recordSize * RECORDS_COUNT) .order(nativeOrder()); } | setup |
268,017 | void () { recordSizeInInts = recordSize / Integer.BYTES; buffer = ByteBuffer.allocateDirect(recordSize * RECORDS_COUNT) .order(nativeOrder()); } | setup |
268,018 | void () { buffer = null;//help GC unmap it faster } | close |
268,019 | int (final IterationState it, final ArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final int[] array = state.array; int consumer = 1; final int offset = recordSizeInInts * it.nextSequential(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer += array[offset +... | array_SequentialPlainRead |
268,020 | int (final IterationState it, final ArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final int[] array = state.array; int consumer = 1; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer += array[offset + rec... | array_RandomPlainRead |
268,021 | int (final IterationState it, final AtomicArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final AtomicIntegerArray array = state.array; int consumer = 1; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer +=... | array_RandomVolatileRead |
268,022 | int (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; int consumer = 1; final int offset = recordSizeInInts * it.nextSequential(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer += bu... | byteBuffer_SequentialPlainRead |
268,023 | int (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; int consumer = 1; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer += buffer... | byteBuffer_RandomPlainRead |
268,024 | int (final IterationState it, final DirectByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; int consumer = 1; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { consumer += ... | byteBufferDirect_RandomPlainRead |
268,025 | int (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final int recordSizeBytes = state.recordSize; final ByteBuffer buffer = state.buffer; int consumer = 1; final int offset = recordSizeBytes * it.nextRandom(); for (int recordField = 0; recordField < recordSi... | byteBuffer_RandomVolatileRead_ViaVarHandle |
268,026 | void (final IterationState it, final ArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final int[] array = state.array; final int offset = recordSizeInInts * it.nextSequential(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { array[offset + recordField] = recordField; ... | array_SequentialPlainWrite |
268,027 | void (final IterationState it, final ArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final int[] array = state.array; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { array[offset + recordField] = recordField; } } | array_RandomPlainWrite |
268,028 | void (final IterationState it, final AtomicArrayState state) { final int recordSizeInInts = state.recordSizeInInts; final AtomicIntegerArray array = state.array; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { array.set(offset + recordFie... | array_RandomVolatileWrite |
268,029 | void (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; final int offset = recordSizeInInts * it.nextSequential(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { buffer.putInt(offset + recordFi... | byteBuffer_SequentialPlainWrite |
268,030 | void (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { buffer.putInt(offset + recordField,... | byteBuffer_RandomPlainWrite |
268,031 | void (final IterationState it, final DirectByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final ByteBuffer buffer = state.buffer; final int offset = recordSizeInInts * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; recordField++) { buffer.putInt(offset + record... | byteBufferDirect_RandomPlainWrite |
268,032 | void (final IterationState it, final ByteBufferState state) { final int recordSizeInInts = state.recordSizeInInts; final int recordSizeInBytes = state.recordSize; final ByteBuffer buffer = state.buffer; final int offset = recordSizeInBytes * it.nextRandom(); for (int recordField = 0; recordField < recordSizeInInts; rec... | byteBuffer_RandomVolatileWrite_ViaVarHandle |
268,033 | int () { ThreadLocalRandom rnd = ThreadLocalRandom.current(); int randomIndex = rnd.nextInt(foldersIds.size()); return foldersIds.getInt(randomIndex); } | tossFolderId |
268,034 | PersistentFSTreeAccessor (FSRecordsImpl vfs) { return new PersistentFSTreeAccessor(vfs.attributeAccessor(), vfs.recordAccessor(), vfs.connection()); } | createTreeAccessor |
268,035 | PersistentFSTreeAccessor (FSRecordsImpl vfs) { return new PersistentFSTreeRawAccessor(vfs.attributeAccessor(), vfs.recordAccessor(), vfs.connection()); } | createTreeAccessor |
268,036 | void () { this.fileIds = IntStream.range(1000, 1000 + SAME_NAME_FILES_COUNT) .toArray(); IntArrays.shuffle(this.fileIds, ThreadLocalRandom.current()); for (int fileId : this.fileIds) { invertedNameIndex.updateFileName(fileId, nameId, InvertedNameIndex.NULL_NAME_ID); } } | setup |
268,037 | void (final Context context) { final int[] fileIdsToRemove = context.fileIds; final int nameId = context.nameId; final InvertedNameIndex invertedNameIndex = context.invertedNameIndex; for (int fileId : fileIdsToRemove) { invertedNameIndex.updateFileName(fileId, InvertedNameIndex.NULL_NAME_ID, nameId); } } | removeManyFilesWithSameName |
268,038 | Int2IntOpenHashMap (int keysCount) { final Int2IntOpenHashMap keyValues = new Int2IntOpenHashMap(keysCount); final ThreadLocalRandom rnd = ThreadLocalRandom.current(); for (int i = 0; i < keysCount; i++) { final int key = rnd.nextInt(); final int value = rnd.nextInt(); keyValues.put(key, value); } return keyValues; } | generateKeyValues |
268,039 | Int2IntOpenHashMap (int keysCount) { final Int2IntOpenHashMap keyValues = new Int2IntOpenHashMap(keysCount); final ThreadLocalRandom rnd = ThreadLocalRandom.current(); for (int i = 0; i < keysCount; i++) { final int key = rnd.nextInt(); final int value = rnd.nextInt(); keyValues.put(key, value); } return keyValues; } | generateKeyValues |
268,040 | int (ThreadLocalRandom rnd) { return rnd.nextInt(minFileId, maxFileId + 1); } | generateFileId |
268,041 | int (Context mainContext) { ThreadLocalRandom rnd = ThreadLocalRandom.current(); return mainContext.generateFileId(rnd); } | _baseline_rnd_ |
268,042 | PersistentFSConnection (Path cachesDir, int version) { VFSInitializationResult initResult = PersistentFSConnector.connectWithoutVfsLog( cachesDir, version ); return initResult.connection; } | initVFS |
268,043 | File () { return vfsFolder; } | vfsFolder |
268,044 | FSRecordsImpl () { return vfs; } | vfs |
268,045 | VirtualFile (final @NotNull File file) { return Objects.requireNonNull(LocalFileSystem.getInstance().refreshAndFindFileByIoFile(file), file.getPath()); } | refreshAndFind |
268,046 | TimestampsImmutable (final ApplicationContext application, final Context context) { return FSRecords.readAttributeRawWithLock( context.fileId, PERSISTENCE, TimestampsImmutable::readTimestamps ); } | readIndexStamps_ViaRawByteBuffer |
268,047 | void () { } | lock |
268,048 | boolean () { return true; } | tryLock |
268,049 | void () { } | unlock |
268,050 | Condition () { throw new UnsupportedOperationException("Method is not implemented"); } | newCondition |
268,051 | void () { lockToAcquire = switch (LOCK_KIND) { case "dummyLock" -> DUMMY_LOCK; case "reentrantLock" -> reentrantLock; case "readWrite.readLock" -> readWriteLock.readLock(); case "readWrite.writeLock" -> readWriteLock.writeLock(); default -> throw new IllegalStateException("LOCK_KIND: " + LOCK_KIND + " is unrecognized")... | setup |
268,052 | void (LockContext context) { Blackhole.consumeCPU(TASK_SIZE_UNDER_LOCK); } | noLock_baseline |
268,053 | IntSLRUCache<String> (int prot, int prob) { return new IntSLRUCache<>(prot, prob); } | createCache |
268,054 | void () { IntSLRUCache<String> cache = createCache(1, 1); cache.cacheEntry(0, "0"); assert cache.getCachedEntry(0) != null; assert cache.getCachedEntry(1) == null; } | testCachedAfterAdd |
268,055 | void () { IntSLRUCache<String> cache = createCache(2, 2); cache.cacheEntry(0, "0"); cache.cacheEntry(1, "1"); cache.cacheEntry(2, "2"); assert cache.getCachedEntry(0) == null; assert cache.getCachedEntry(1) != null; assert cache.getCachedEntry(2) != null; } | testEvictInfrequent |
268,056 | void () { IntSLRUCache<String> cache = createCache(2, 2); cache.cacheEntry(0, "0"); cache.cacheEntry(1, "1"); assert cache.getCachedEntry(0) != null; cache.cacheEntry(2, "2"); cache.cacheEntry(3, "3"); assert cache.getCachedEntry(0) != null; assert cache.getCachedEntry(1) == null; assert cache.getCachedEntry(2) != null... | testFrequentlyAccessedShouldSurvive |
268,057 | void () { IntSLRUCache<String> cache = createCache(1, 1); cache.cacheEntry(0, "0"); assert cache.getCachedEntry(0) != null; // protected now cache.cacheEntry(1, "1"); cache.cacheEntry(2, "2"); assert cache.getCachedEntry(0) != null; // still protected assert cache.getCachedEntry(1) == null; assert cache.getCachedEntry(... | testDropFrequentlyAccessedInThePast |
268,058 | void () { IntSLRUCache<String> cache = createCache(1, 1); cache.cacheEntry(0, "0"); assert cache.getCachedEntry(0) != null; cache.cacheEntry(1, "1"); assert cache.getCachedEntry(1) != null; assert cache.getCachedEntry(0) != null; assert cache.getCachedEntry(1) != null; assert cache.getCachedEntry(0) != null; cache.cach... | testChangingWorkingSet |
268,059 | void () { Alarm alarm = new Alarm(getTestRootDisposable()); AtomicInteger executed = new AtomicInteger(); int N = 100000; Set<Thread> used = ConcurrentCollectionFactory.createConcurrentSet(); for (int i = 0; i < N; i++) { alarm.addRequest(() -> { executed.incrementAndGet(); used.add(Thread.currentThread()); }, 10); } w... | testOneAlarmDoesNotStartTooManyThreads |
268,060 | void () { Set<Thread> used = ConcurrentCollectionFactory.createConcurrentSet(); AtomicInteger executed = new AtomicInteger(); int N = 100000; List<Alarm> alarms = Stream.generate(() -> new Alarm(getTestRootDisposable())).limit(N).toList(); alarms.forEach(alarm -> alarm.addRequest(() -> { executed.incrementAndGet(); use... | testManyAlarmsDoNotStartTooManyThreads |
268,061 | void () { Alarm alarm = new Alarm(); StringBuilder sb = new StringBuilder(); Object modal = new Object(); LaterInvocator.enterModal(modal); try { ApplicationManager.getApplication().invokeLater(() -> TimeoutUtil.sleep(10), ModalityState.nonModal()); alarm.addRequest(() -> sb.append("1"), 0, ModalityState.nonModal()); a... | testOrderIsPreservedAfterModalitySwitching |
268,062 | void () { Alarm alarm = new Alarm(); StringBuilder sb = new StringBuilder(); alarm.addRequest(() -> sb.append("1"), 0, ModalityState.nonModal()); alarm.addRequest(() -> sb.append("2"), 5, ModalityState.nonModal()); assertEquals("", sb.toString()); alarm.drainRequestsInTest(); assertEquals("12", sb.toString()); } | testFlushImmediately |
268,063 | void () { Alarm alarm = new Alarm(getTestRootDisposable()); Throwable error = LoggedErrorProcessor.executeAndReturnLoggedError(() -> { alarm.addRequest(() -> { throw new RuntimeException("wtf"); }, 1); boolean caught = false; while (!alarm.isEmpty()) { try { UIUtil.dispatchAllInvocationEvents(); } catch (RuntimeExcepti... | testExceptionDuringAlarmExecutionMustManifestItselfInTests |
268,064 | void () { assertThrows(IllegalArgumentException.class, () -> new SingleAlarm(() -> {}, 1, null, Alarm.ThreadToUse.SWING_THREAD, null)); } | testSingleAlarmMustRefuseToInstantiateWithWrongModality |
268,065 | void () { List<String> src = IntStreamEx.range(0, 100).mapToObj(String::valueOf).toList(); AtomicBoolean processing = new AtomicBoolean(); parallelQuery(src).forEach(__ -> { assertTrue(processing.compareAndSet(false, true)); TimeoutUtil.sleep(1); processing.set(false); return true; }); } | testForEachIsThreadSafeByDefault |
268,066 | void () { int cores = Runtime.getRuntime().availableProcessors(); assertTrue(cores > 1); int eachSleep = 200; long start = System.currentTimeMillis(); parallelQuery(Arrays.asList("a", "b")).allowParallelProcessing().forEach(__ -> { TimeoutUtil.sleep(eachSleep); return true; }); long elapsed = System.currentTimeMillis()... | testForEachIsParallelWhenAllowed |
268,067 | AbstractQuery<String> (List<String> strings) { return new AbstractQuery<>() { @Override protected boolean processResults(@NotNull Processor<? super String> consumer) { JobLauncher.getInstance().invokeConcurrentlyUnderProgress(strings, null, consumer); return false; } }; } | parallelQuery |
268,068 | boolean (@NotNull Processor<? super String> consumer) { JobLauncher.getInstance().invokeConcurrentlyUnderProgress(strings, null, consumer); return false; } | processResults |
268,069 | void () { Vector vector = Vector.create(0, 1, 2, 3, 4); int size = vector.getSize(); assertEquals(5, size); for (int i = 0; i < size; i++) { assertEquals((double)i, vector.get(i)); } } | testCreate |
268,070 | void () { try { fail("Created " + Vector.create()); } catch (Exception ignored) { } } | testCreateEmpty |
268,071 | void () { try { fail("Created " + Vector.create((double[])null)); } catch (Exception ignored) { } } | testCreateNull |
268,072 | void () { // see http://ru.onlinemschool.com/math/library/vector/add_subtract/ assertEquals(Vector.create(5, 10), Vector.create(1, 2).plus(Vector.create(4, 8))); assertEquals(Vector.create(5, 10, 6), Vector.create(1, 2, 5).plus(Vector.create(4, 8, 1))); assertEquals(Vector.create(5, 10, 6, -11), Vector.create(1, 2, 5, ... | testPlus |
268,073 | void () { try { fail("Created " + Vector.create(1, 2).plus(Vector.create(1, 2, 3))); } catch (Exception ignored) { } } | testPlusWrong |
268,074 | void () { // see http://ru.onlinemschool.com/math/library/vector/add_subtract/ assertEquals(Vector.create(-3, -6), Vector.create(1, 2).minus(Vector.create(4, 8))); assertEquals(Vector.create(-3, -6, 4), Vector.create(1, 2, 5).minus(Vector.create(4, 8, 1))); assertEquals(Vector.create(-3, -6, 4, 0, 3), Vector.create(1, ... | testMinus |
268,075 | void () { try { fail("Created " + Vector.create(1, 2).minus(Vector.create(1, 2, 3))); } catch (Exception ignored) { } } | testMinusWrong |
268,076 | void () { // see http://ru.onlinemschool.com/math/library/vector/multiply3/ assertEquals(Vector.create(3, 6), Vector.create(1, 2).multiply(3)); assertEquals(Vector.create(-2, -4, 10), Vector.create(1, 2, -5).multiply(-2)); } | testMultiplyByValue |
268,077 | void () { Vector vector = Vector.create(1, 2, 3); assertEquals(vector, vector.multiply(Matrix.createIdentity(3))); Matrix matrix = Matrix.create(3, /*row:*/ 11, 21, /*row:*/ 12, 22, /*row:*/ 13, 23); Vector result = vector.multiply(matrix); assertEquals(Vector.create(74, 134), result); assertEquals(matrix.getColumns(),... | testMultiplyByMatrix |
268,078 | void () { assertEquals(Vector.create(4, 8).multiply(Vector.create(1, 2)), Vector.create(1, 2).multiply(Vector.create(4, 8))); // see http://ru.onlinemschool.com/math/library/vector/multiply/ assertEquals(20.0, Vector.create(1, 2).multiply(Vector.create(4, 8))); assertEquals(15.0, Vector.create(1, 2, -5).multiply(Vector... | testMultiplyByVector |
268,079 | void () { try { fail("Created " + Vector.create(1, 2).minus(Vector.create(1, 2, 3))); } catch (Exception ignored) { } } | testMultiplyByVectorWrong |
268,080 | void () { // see http://ru.onlinemschool.com/math/library/vector/length/ assertEquals(5.0, Vector.create(3, -4).length()); assertEquals(6.0, Vector.create(2, 4, 4).length()); } | testLength |
268,081 | String () { return PlatformTestUtil.getPlatformTestDataPath(); } | getTestDataPath |
268,082 | void () { PsiFile file = myFixture.configureByText(StdFileTypes.XML, "<hello></hello>"); Assert.assertFalse(PsiErrorElementUtil.hasErrors(getProject(), file.getVirtualFile())); } | testNoErrors |
268,083 | void () { PsiFile file = myFixture.configureByText(StdFileTypes.XML, "<hello></hello"); Assert.assertTrue(PsiErrorElementUtil.hasErrors(getProject(), file.getVirtualFile())); } | testErrors |
268,084 | TestTimeOut (long timeout, @NotNull TimeUnit unit) { return new TestTimeOut(System.currentTimeMillis() + unit.toMillis(timeout)); } | setTimeout |
268,085 | boolean () { return timedOut(null); } | timedOut |
268,086 | boolean (Object workProgress) { if (isTimedOut()) { System.err.println("Timed out. Stopped at "+workProgress); return true; } return false; } | timedOut |
268,087 | boolean () { return System.currentTimeMillis() > timeOutMs; } | isTimedOut |
268,088 | void () { assertThat(getChildren()).isEmpty(); } | testNoChildren |
268,089 | void () { MockComponent label1 = new MockComponent("1"); myPanel.add(label1); MockComponent label2 = new MockComponent("2"); myPanel.add(label2); assertThat(getChildren()).containsExactly(label1, label2); } | testOneLevel |
268,090 | void () { MockComponent label1 = new MockComponent("1"); MockComponent label2 = new MockComponent("2"); MockComponent label3 = new MockComponent("3"); MockComponent label4 = new MockComponent("4"); myPanel.add(label1); JPanel subPanel = new JPanel(); myPanel.add(subPanel); subPanel.add(label2); subPanel.add(label3); my... | testubTree |
268,091 | List<Component> () { return UIUtil.uiTraverser(myPanel).traverse().skip(1).toList(); } | getChildren |
268,092 | String () { return myName; } | toString |
268,093 | void () { Matrix matrix = Matrix.create(3, /*row:*/ 11, 21, /*row:*/ 12, 22, /*row:*/ 13, 23); int width = matrix.getColumns(); assertEquals(2, width); int height = matrix.getRows(); assertEquals(3, height); for (int w = 0; w < width; w++) { for (int h = 0; h < height; h++) { assertEquals((double)(10 * (w + 1) + (h + 1... | testCreate |
268,094 | void () { try { fail("Created " + Matrix.create(0)); } catch (Exception ignored) { } } | testCreateEmpty |
268,095 | void () { try { fail("Created " + Matrix.create(0, (double[])null)); } catch (Exception ignored) { } } | testCreateNull |
268,096 | void () { try { fail("Created " + Matrix.create(2, 0)); } catch (Exception ignored) { } } | testCreateZeroWidth |
268,097 | void () { try { fail("Created " + Matrix.create(0, 0)); } catch (Exception ignored) { } } | testCreateZeroHeight |
268,098 | void () { Matrix matrix = Matrix.createIdentity(3); int width = matrix.getColumns(); assertEquals(3, width); int height = matrix.getRows(); assertEquals(3, height); for (int w = 0; w < width; w++) { for (int h = 0; h < height; h++) { assertEquals((double)(w == h ? 1 : 0), matrix.get(w, h)); } } Vector vector0 = Vector.... | testCreateIdentity |
268,099 | void () { try { fail("Created " + Matrix.createIdentity(-1)); } catch (Exception ignored) { } } | testCreateIdentityWrong |
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