Unnamed: 0 int64 0 305k | body stringlengths 7 52.9k | name stringlengths 1 185 |
|---|---|---|
269,400 | boolean (@NotNull Project project, @NotNull String line) { return line.contains("FOO"); } | shouldFoldLine |
269,401 | String (@NotNull Project project, @NotNull List<String> lines) { return "folded"; } | getPlaceholderText |
269,402 | boolean () { return false; } | shouldBeAttachedToThePreviousLine |
269,403 | void () { ServiceContainerUtil.registerExtension(ApplicationManager.getApplication(), ConsoleFolding.EP_NAME, new ConsoleFolding() { @Override public boolean shouldFoldLine(@NotNull Project project, @NotNull String line) { return line.contains("FOO"); } @NotNull @Override public String getPlaceholderText(@NotNull Proje... | testSubsequentExpandedFoldsAreCombined |
269,404 | boolean (@NotNull Project project, @NotNull String line) { return line.contains("FOO"); } | shouldFoldLine |
269,405 | String (@NotNull Project project, @NotNull List<String> lines) { return "folded"; } | getPlaceholderText |
269,406 | void () { withCycleConsoleNoFolding(1000, consoleView -> { String text = "long text"; consoleView.print(text, ConsoleViewContentType.SYSTEM_OUTPUT); consoleView.waitAllRequests(); //editor contains `text` assertEquals(text.length(), consoleView.getEditor().getDocument().getTextLength()); consoleView.clear(); consoleVie... | testClearPrintConsoleSizeConsistency |
269,407 | void () { ServiceContainerUtil.registerExtension(ApplicationManager.getApplication(), ConsoleFolding.EP_NAME, new ConsoleFolding() { @Override public boolean shouldFoldLine(@NotNull Project project, @NotNull String line) { return line.contains("FOO"); } @NotNull @Override public String getPlaceholderText(@NotNull Proje... | testSubsequentExpandedNonAttachedFoldsAreCombined |
269,408 | boolean (@NotNull Project project, @NotNull String line) { return line.contains("FOO"); } | shouldFoldLine |
269,409 | String (@NotNull Project project, @NotNull List<String> lines) { return "folded"; } | getPlaceholderText |
269,410 | boolean () { return false; } | shouldBeAttachedToThePreviousLine |
269,411 | List<RangeHighlighter> () { MarkupModel model = DocumentMarkupModel.forDocument(myConsole.getEditor().getDocument(), getProject(), true); RangeHighlighter[] highlighters = model.getAllHighlighters(); Arrays.sort(highlighters, Comparator.comparingInt(RangeMarker::getStartOffset).thenComparingInt(RangeMarker::getEndOffse... | getAllRangeHighlighters |
269,412 | void (@NotNull List<? extends RangeHighlighter> actual, @NotNull ExpectedHighlighter @NotNull ... expected) { assertEquals(expected.length, actual.size()); for (int i = 0; i < expected.length; i++) { assertMarkerEquals(expected[i], actual.get(i)); } } | assertMarkersEqual |
269,413 | void (@NotNull ExpectedHighlighter expected, @NotNull RangeHighlighter actual) { assertEquals(expected.myStartOffset, actual.getStartOffset()); assertEquals(expected.myEndOffset, actual.getEndOffset()); assertEquals(expected.myContentType.getAttributes(), actual.getTextAttributes(null)); assertEquals(expected.myContent... | assertMarkerEquals |
269,414 | void () { myConsole.type(myConsole.getEditor(), "/"); myConsole.flushDeferredText(); assertEquals("/", myConsole.getText()); assertMarkersEqual(getAllRangeHighlighters(), new ExpectedHighlighter(0, 1, ConsoleViewContentType.USER_INPUT) ); myConsole.type(myConsole.getEditor(), "/"); myConsole.flushDeferredText(); assert... | testTypingMustLeadToMergedUserInputTokensAtTheDocumentEnd |
269,415 | void () { myConsole.type(myConsole.getEditor(), "2"); myConsole.flushDeferredText(); assertEquals("2", myConsole.getText()); assertMarkersEqual(getAllRangeHighlighters(), new ExpectedHighlighter(0, 1, ConsoleViewContentType.USER_INPUT) ); myConsole.type(myConsole.getEditor(), "\n"); myConsole.flushDeferredText(); myCon... | testEnterDuringTypingMustSeparateUserInputTokens |
269,416 | void () { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); mySynchronizer.doWhenStreamsSynchronized("Hello stdout 1\n", ProcessOutputType.STDOUT, 0); mySynchronizer.doWhenStreamsSynchronized("Hello stdout 2\n", ProcessOutputType.STDOUT, 1); mySynchronizer.doWhenStreamsSynchronized("Hello st... | testBasic |
269,417 | void () { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); mySynchronizer.doWhenStreamsSynchronized("java HelloWorld\n", ProcessOutputType.SYSTEM, 10); mySynchronizer.doWhenStreamsSynchronized("info:", ProcessOutputType.STDOUT, 10); mySynchronizer.doWhenStreamsSynchronized("warn:", ProcessO... | testSimpleRun |
269,418 | void () { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); long startTime = 10; Assert.assertTrue(AWAIT_SAME_STREAM_TEXT_MILLIS >= 3); mySynchronizer.doWhenStreamsSynchronized("info:", ProcessOutputType.STDOUT, startTime); mySynchronizer.doWhenStreamsSynchronized("error\n", ProcessOutputTyp... | testNewlineArrivedLater |
269,419 | void () { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); long startTime = 10; Assert.assertTrue(AWAIT_SAME_STREAM_TEXT_MILLIS >= 3); mySynchronizer.doWhenStreamsSynchronized("info:", ProcessOutputType.STDOUT, startTime); mySynchronizer.doWhenStreamsSynchronized("error\n", ProcessOutputTyp... | testNewlineArrivedAfterFirstScheduledProcessing |
269,420 | void () { PlatformTestUtil.startPerformanceTest("single stream", 30000, () -> { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); long nowTimeMillis = 10; for (int i = 0; i < 10_000_000; i++) { mySynchronizer.doWhenStreamsSynchronized("Std", ProcessOutputType.STDOUT, nowTimeMillis); mySynchr... | testPerformanceSingleStream |
269,421 | void () { PlatformTestUtil.startPerformanceTest("two streams", 30000, () -> { mySynchronizer = new MockProcessStreamsSynchronizer(getTestRootDisposable()); long nowTimeMillis = 10; for (int i = 0; i < 10_000_000; i++) { mySynchronizer.doWhenStreamsSynchronized("Std", ProcessOutputType.STDOUT, nowTimeMillis); mySynchron... | testPerformanceTwoStreams |
269,422 | void (FlushedChunk @NotNull ... expectedFlushedChunks) { Assert.assertEquals(List.of(expectedFlushedChunks), mySynchronizer.getFlushedChunksAndClear()); } | assertFlushedChunks |
269,423 | void () { Assert.assertEquals(0, mySynchronizer.myFlushedChunkCount - mySynchronizer.myRequestedChunkCount); } | assertNoPendingChunks |
269,424 | void (long timeMillis) { long nowTimeNano = TimeUnit.MILLISECONDS.toNanos(timeMillis); assert nowTimeNano >= myNowTimeNano; tryAdvanceTimeToNextScheduledProcessing(nowTimeNano); myNowTimeNano = nowTimeNano; } | advanceTimeTo |
269,425 | void (long nextDataTimeNano) { if (myNextScheduledProcessingTimeNano != -1 && nextDataTimeNano >= myNextScheduledProcessingTimeNano) { myNowTimeNano = myNextScheduledProcessingTimeNano; myNextScheduledProcessingTimeNano = -1; super.processPendingChunks(myNowTimeNano); } } | tryAdvanceTimeToNextScheduledProcessing |
269,426 | boolean (Object o) { if (this == o) return true; if (o == null || getClass() != o.getClass()) return false; FlushedChunk chunk = (FlushedChunk)o; return myFlushTimeMillis == chunk.myFlushTimeMillis && myText.equals(chunk.myText) && myOutputType.equals(chunk.myOutputType); } | equals |
269,427 | int () { return Objects.hash(myText, myOutputType, myFlushTimeMillis); } | hashCode |
269,428 | String () { return "(text='" + myText + '\'' + ", outputType=" + myOutputType + ", flushTimeMillis=" + myFlushTimeMillis + ")"; } | toString |
269,429 | void () { check(new ColoredText("", ProcessOutputTypes.STDOUT)); check(new ColoredText("simple text", ProcessOutputTypes.STDOUT).addExpected("simple text", STDOUT_KEY)); } | testTextWithoutColors |
269,430 | void () { check(new ColoredText("This is \u001B[1;3mItalic Bold", ProcessOutputTypes.STDOUT) .addExpected("This is ", STDOUT_KEY) .addExpected("Italic Bold", "1;3m") ); } | testSequentialSgr |
269,431 | void () { check(new ColoredText("This is \u001B[1m\u001B[3mItalic Bold", ProcessOutputTypes.STDOUT) .addExpected("This is ", STDOUT_KEY) .addExpected("Italic Bold", "1;3m") ); } | testSequentialSgrOneByOne |
269,432 | void () { check(new ColoredText("Chrome 35.0.1916 (Linux): Executed 0 of 1\u001B[32m SUCCESS\u001B[39m (0 secs / 0 secs)\n", ProcessOutputTypes.STDOUT) .addExpected("Chrome 35.0.1916 (Linux): Executed 0 of 1", STDOUT_KEY) .addExpected(" SUCCESS", "38;5;2m") .addExpected(" (0 secs / 0 secs)\n", STDOUT_KEY)); } | testSingleColoredChunk |
269,433 | void () { check(new ColoredText("E\u001B[41m\u001B[37mE\u001B[0mE", ProcessOutputTypes.STDOUT) .addExpected("E", STDOUT_KEY) .addExpected("E", "48;5;1;38;5;7m") .addExpected("E", STDOUT_KEY)); } | testCompoundEscSeq |
269,434 | void () { check(new ColoredText("Plain\u001B[32mGreen\u001B[39mNormal\u001B[1A\u001B[2K\u001B[31mRed\u001B[39m", ProcessOutputTypes.STDOUT) .addExpected("Plain", STDOUT_KEY) .addExpected("Green", "38;5;2m") .addExpected("Normal", STDOUT_KEY) .addExpected("Red", "38;5;1m")); } | testOtherEscSeq |
269,435 | void () { check(new ColoredText("\u001B[0m\u001B[32mgreen\u001B[0m\u001B[0K\u001B[?25l\n", ProcessOutputTypes.STDOUT) .addExpected("green", "38;5;2m") .addExpected("\n", STDOUT_KEY) ); } | testPrivateSequence |
269,436 | void () { check(false, Collections.singletonList(new ColoredText("\u001B[32mGreen\u001B[\1World\n", ProcessOutputTypes.STDOUT) .addExpected("Green", "38;5;2m") .addExpected("\u001B[\1World\n", "38;5;2m") )); } | testMalformedSequence1 |
269,437 | void () { check(false, Collections.singletonList(new ColoredText("\u001B\n", ProcessOutputTypes.STDOUT) .addExpected("\u001B\n", ProcessOutputTypes.STDOUT.toString()) )); } | testMalformedSequence2 |
269,438 | void () { check(false, Collections.singletonList(new ColoredText("\u001B[\n", ProcessOutputTypes.STDOUT) .addExpected("\u001B[\n", ProcessOutputTypes.STDOUT.toString()) )); } | testMalformedSequence3 |
269,439 | void () { check(false, List.of(new ColoredText("\u001B\nHello,", ProcessOutputTypes.STDOUT) .addExpected("\u001B\nHello,", STDOUT_KEY), new ColoredText("\u001B[31mWorld", ProcessOutputTypes.STDOUT) .addExpected("World", "38;5;1m"))); } | testMalformedSequence4 |
269,440 | void () { check(false, List.of(new ColoredText("\u001BHello,", ProcessOutputTypes.STDOUT) .addExpected("\u001BHello,", STDOUT_KEY))); } | testMalformedSequence5 |
269,441 | void () { check(false, List.of(new ColoredText("\u001B[Hello,", ProcessOutputTypes.STDOUT) .addExpected("ello,", STDOUT_KEY))); } | testMalformedSequence6 |
269,442 | void () { check(false, List.of(new ColoredText("something[\u001B]asdf[\u001B[]", ProcessOutputTypes.STDOUT) .addExpected("something[", STDOUT_KEY) .addExpected("\u001B]asdf[", STDOUT_KEY))); } | testMalformedSequence7 |
269,443 | void () { check(true, List.of(new ColoredText("\u001B", ProcessOutputTypes.STDOUT), new ColoredText("[33m Hello\u001B[3", ProcessOutputTypes.STDOUT) .addExpected(" Hello", "38;5;3m"), new ColoredText("4m, Work!", ProcessOutputTypes.STDOUT) .addExpected(", Work!", "38;5;4m"))); } | testIncompleteEscapeSequence1 |
269,444 | void () { check(true, List.of(new ColoredText("\u001B[1m\u001B[33m<" + "\u001B[34mnamespace" + "\u001B[1m", ProcessOutputTypes.STDOUT) .addExpected("<", "1;38;5;3m") .addExpected("namespace", "1;38;5;4m"), new ColoredText("\u001B[33m:abcd" + "\u001B[0m" + "\u001B[1;33m>" + "\u001B[0m0" + "\u001B[1;33m</" + "\u001B[34mn... | testIncompleteEscapeSequence2 |
269,445 | void () { check(false, List.of(new ColoredText("\u001B[1m\u001B[31m red" + "\u001B[0m normal" + "\u001B[1m\u001B[32m green" + "\u001B", ProcessOutputTypes.STDOUT) .addExpected(" red", "1;38;5;1m") .addExpected(" normal", STDOUT_KEY) .addExpected(" green", "1;38;5;2m"), new ColoredText("[0m\n", ProcessOutputTypes.STDOUT... | testIncompleteEscapeSequence3 |
269,446 | void () { check(true, List.of(new ColoredText("\u001B[33m Hello,", ProcessOutputTypes.STDOUT) .addExpected(" Hello,", "38;5;3m"), new ColoredText("World!\n", ProcessOutputTypes.STDERR) .addExpected("World!\n", STDERR_KEY), new ColoredText("\u001B[41m Changed stderr background", ProcessOutputTypes.STDERR) .addExpected("... | testStderr |
269,447 | void () { check(true, List.of(new ColoredText("Hello \u001B[33m Colored \u001B[0m Normal", ProcessOutputTypes.STDOUT) .addExpected("Hello ", STDOUT_KEY) .addExpected(" Colored ", "38;5;3m") .addExpected(" Normal", STDOUT_KEY))); check(true, List.of(new ColoredText("Hello \u001B[33;41m Colored \u001B[m Normal", ProcessO... | testReset |
269,448 | void () { check(false, List.of(new ColoredText("\u001B=Hello", ProcessOutputTypes.STDOUT) .addExpected("Hello", STDOUT_KEY))); } | testDECKPAM |
269,449 | void (@NotNull ColoredText text) { check(true, Collections.singletonList(text)); } | check |
269,450 | void (boolean testCharByCharProcessing, @NotNull List<ColoredText> texts) { AnsiEscapeDecoder decoder = new AnsiEscapeDecoder(); List<Pair<String, String>> actualColoredChunks = new ArrayList<>(); AnsiEscapeDecoder.ColoredTextAcceptor acceptor = (text, attributes) -> { ProcessOutputType processOutputType = (ProcessOutp... | check |
269,451 | Process () { // have to be synchronised because used from pooled thread ByteArrayOutputStream outputStream = new ByteArrayOutputStream(10000); Semaphore finished = new Semaphore(1); return new Process() { @Override public OutputStream getOutputStream() { return outputStream; } @Override public InputStream getInputStrea... | createTestProcess |
269,452 | OutputStream () { return outputStream; } | getOutputStream |
269,453 | InputStream () { return new ByteArrayInputStream(new byte[0]); } | getInputStream |
269,454 | InputStream () { return new ByteArrayInputStream(new byte[0]); } | getErrorStream |
269,455 | int () { finished.waitFor(); return 0; } | waitFor |
269,456 | int () { return 0; } | exitValue |
269,457 | void () { finished.up(); } | destroy |
269,458 | void () { Process testProcess = createTestProcess(); //noinspection CodeBlock2Expr withProcessHandlerFrom(testProcess, handler -> { PlatformTestUtil.startPerformanceTest("ansi color", 8_500, () -> { for (int i = 0; i < 2_000_000; i++) { handler.notifyTextAvailable(i + "Chrome 35.0.1916 (Linux): Executed 0 of 1\u001B[32... | testPerformance |
269,459 | void (@NotNull Process testProcess, @NotNull Consumer<? super ProcessHandler> actionToTest) { KillableColoredProcessHandler handler = new KillableColoredProcessHandler(testProcess, "testProcess"); handler.setShouldDestroyProcessRecursively(false); handler.setShouldKillProcessSoftly(false); handler.startNotify(); handle... | withProcessHandlerFrom |
269,460 | ColoredText (@NotNull String text, @NotNull String colorKey) { myExpectedColoredChunks.add(Pair.create(text, colorKey)); return this; } | addExpected |
269,461 | void () { assertEquals("foo", new ProcessInfo(1, "", "foo", "").getExecutableDisplayName()); assertEquals("foo", new ProcessInfo(1, "", "foo.exe", "").getExecutableDisplayName()); assertEquals("foo", new ProcessInfo(1, "", "foo.EXE", "").getExecutableDisplayName()); assertEquals("foo.bar", new ProcessInfo(1, "", "foo.b... | testExecutableName |
269,462 | void (boolean blocking) { try { TestBinaryOSProcessHandler handler = new TestBinaryOSProcessHandler(launchTest(), blocking); handler.startNotify(); assertTrue(handler.waitFor(60 * 1000)); assertEquals(0, handler.exitCode); assertThat(handler.stdErr.toString()).isEqualTo(Runner.TEXT); assertThat(handler.getOutput()).con... | doTest |
269,463 | void (@NotNull String text, @NotNull Key outputType) { if (outputType != ProcessOutputTypes.SYSTEM) { stdErr.append(text); } } | notifyTextAvailable |
269,464 | void (int exitCode) { super.notifyProcessTerminated(exitCode); this.exitCode = exitCode; } | notifyProcessTerminated |
269,465 | void () { IoTestUtil.assumeWindows(); } | ensureRightOS |
269,466 | void () { } | passingArgumentsToJavaAppThroughWinShell |
269,467 | void () { } | passingArgumentsToJavaAppThroughNestedWinShell |
269,468 | void () { } | passingArgumentsToJavaAppThroughCmdScriptAndWinShell |
269,469 | void () { } | passingArgumentsToJavaAppThroughCmdScriptAndNestedWinShell |
269,470 | void () { } | passingArgumentsToEchoThroughWinShell |
269,471 | void () { } | winShellCommand |
269,472 | void () { } | winShellScriptQuoting |
269,473 | void () { } | winShellQuotingWithExtraSwitch |
269,474 | void () { assertNotEmpty(Arrays.asList(OSProcessUtil.getProcessList())); if (SystemInfo.isWindows) { assertNotEmpty(Arrays.asList(ProcessListUtil.getProcessListUsingWindowsTaskList())); assertNotEmpty(Arrays.asList(ProcessListUtil.getProcessListUsingWindowsWMIC())); } } | testWorksOnAllPlatforms |
269,475 | void () { List<ProcessInfo> infos = ProcessListUtil.parseMacOutput( """ PID PPID STAT USER COMM 1 0 S user /dir/file 2 1 S user ./dir/dir/file 3 2 S user ./dir/dir/file 10000 3 S user ./dir/dir/file""", """ PID PPID STAT USER COMMAND 1 0 S user /dir/file 2 1 S user ./dir/dir/file 3 2 S user ./dir/dir/file param param 1... | testMac_Basic |
269,476 | void () { List<ProcessInfo> infos = ProcessListUtil.parseMacOutput( """ PID PPID STAT USER COMM 1 0 S user /dir/file 2 1 S user /dir/file """, """ PID PPID STAT USER COMMAND 1 0 S user /dir/file 5 1 S user /dir/file """ ); assertOrderedEquals(infos, new ProcessInfo(1, "/dir/file", "file", "", "/dir/file", 0, "user", Th... | testMac_DoNotIncludeProcessedMissingOnTheSecondPSRun |
269,477 | void () { List<ProcessInfo> infos = ProcessListUtil.parseMacOutput( """ PID PPID STAT USER COMM 1 0 S user /dir/file 2 1 S user /dir/file 3 2 S user /dir/file 4 3 S user /dir/file """, """ PID PPID STAT USER COMMAND 1 0 S user /dir/file param 2 1 S user /dir/ffff 3 2 S user /dir/file1 4 3 S user /dir/file/1 """ ); asse... | testMac_DoNotIncludeProcessedChangedOnTheSecondPSRun |
269,478 | void () { List<ProcessInfo> infos = ProcessListUtil.parseMacOutput( """ PID PPID STAT USER COMM 1 0 S user /dir/file 2 1 Z user /dir/file 3 1 SZ user /dir/file """, """ PID PPID STAT USER COMM 1 0 S user /dir/file 2 1 Z user /dir/file 3 1 SZ user /dir/file """ ); assertOrderedEquals(infos, new ProcessInfo(1, "/dir/file... | testMac_DoNotIncludeZombies |
269,479 | void () { List<ProcessInfo> infos = ProcessListUtil.parseMacOutput( """ PID PPID STAT USER COMMAND 1 0 S user /dir/file 101 1 Ss user_name /dir/file """, """ PID PPID STAT USER COMM 1 0 S user /dir/file 101 1 Ss user_name /dir/file """ ); assertOrderedEquals(infos, new ProcessInfo(1, "/dir/file", "file", "", "/dir/file... | testMac_VariousFormsPidStatUser |
269,480 | void () { assertNull(ProcessListUtil.parseMacOutput( """ PID STAT USER COMM 1 S user /dir/file """, "" )); assertNull(ProcessListUtil.parseMacOutput( "", """ PID STAT USER COMMAND 1 S user /dir/file """ )); assertNull(ProcessListUtil.parseMacOutput( """ PID STAT USER COMM 1 S user /dir/file """, "wrong format" )); asse... | testMac_WrongFormat |
269,481 | void () { List<ProcessInfo> infos = ProcessListUtil.parseWMICOutput( """ Caption CommandLine ExecutablePath ParentProcessId ProcessId \s smss.exe 0 304 \s sihost.exe sihost.exe 304 3052 \s taskhostw.exe taskhostw.exe {222A245B-E637-4AE9-A93F-A59CA119A75E} 0 3068 \s explorer.exe C:\\WINDOWS\\Explorer.EXE C:\\WINDOWS\\Ex... | testWindows_WMIC |
269,482 | void () { List<ProcessInfo> infos = ProcessListUtil.parseWMICOutput( """ Caption CommandLine ExecutablePath ParentProcessId ProcessId \s System Idle Process -1 0 \s System 0 4 \s smss.exe 0 304 \s """, Collections.emptyMap(), null); assertOrderedEquals(infos, new ProcessInfo(4, "System", "System", "", null, 0), new Pro... | testOnWindows_WMIC_DoNotIncludeSystemIdleProcess |
269,483 | void () { assertNull(ProcessListUtil.parseWMICOutput( "", Collections.emptyMap(), null)); assertNull(ProcessListUtil.parseWMICOutput( "wrong format", Collections.emptyMap(), null)); assertEmpty(ProcessListUtil.parseWMICOutput( "Caption CommandLine ExecutablePath ParentProcessId ProcessId \n", Collections.emptyMap(), nu... | testWindows_WMIC_WrongFormat |
269,484 | void () { List<ProcessInfo> infos = ProcessListUtil.parseListTasksOutput( """ "smss.exe","304","Services","0","224 K","Unknown","N/A","0:00:00","N/A" "sihost.exe","3052","Console","1","10,924 K","Running","VM-WINDOWS\\Anton Makeev","0:00:02","N/A" "taskhostw.exe","3068","Console","1","5,860 K","Running","VM-WINDOWS\\An... | testWindows_TaskList |
269,485 | void () { assertEmpty(ProcessListUtil.parseListTasksOutput("", null)); assertNull(ProcessListUtil.parseListTasksOutput("wrong format", null)); assertNull(ProcessListUtil.parseListTasksOutput("\"\"", null)); assertEmpty(ProcessListUtil.parseListTasksOutput("\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\",\"\"\n", null)); } | testWindows_TaskList_WrongFormat |
269,486 | void () { List<ProcessInfo> infos = ProcessListUtil.parseWinProcessListHelperOutput( """ pid:19608 parentPid:0 name:SourceTree.exe cmd:"C:\\\\Users\\\\grahams\\\\AppData\\\\Local\\\\SourceTree\\\\app-3.1.3\\\\SourceTree.exe" pid:12300 parentPid:0 name:conhost.exe cmd:\\\\??\\\\C:\\\\Windows\\\\system32\\\\conhost.exe 0... | testWinProcessListHelperOutputParsing |
269,487 | void () { String commandOnly = """ PID PPID STAT USER COMM 1 0 S user /dir/file"""; String full = """ PID PPID STAT USER COMMAND 1 0 S user /dir/file"""; List<ProcessInfo> infos = ProcessListUtil.parseMacOutput(commandOnly, full, null); assertOrderedEquals(infos, new ProcessInfo(1, "/dir/file", "file", "", "/dir/file",... | testMacOwnership |
269,488 | void () { String output = """ Caption CommandLine ExecutablePath ParentProcessId ProcessId \s smss.exe 0 304 \s sihost.exe sihost.exe 304 3052 \s taskhostw.exe taskhostw.exe {222A245B-E637-4AE9-A93F-A59CA119A75E} 0 3068 \s explorer.exe C:\\WINDOWS\\Explorer.EXE C:\\WINDOWS\\Explorer.EXE 3068 3164 \s TPAutoConnect.exe T... | testWMICOwnership |
269,489 | void () { String output = """ pid:19608 parentPid:0 name:SourceTree.exe cmd:"C:\\\\Users\\\\grahams\\\\AppData\\\\Local\\\\SourceTree\\\\app-3.1.3\\\\SourceTree.exe" pid:12300 parentPid:0 name:conhost.exe cmd:\\\\??\\\\C:\\\\Windows\\\\system32\\\\conhost.exe 0x4 pid:26284 parentPid:0 name:Unity Hub.exe cmd:"C:\\\\Prog... | testWinProcessListHelperOwnership |
269,490 | void () { assertReady(null); MockProject project1 = new MockProjectEx(getTestRootDisposable()); assertReady(project1); MockProject project2 = new MockProjectEx(getTestRootDisposable()); assertReady(project2); myMonitor.initBusyObjectFor(project1); assertTrue(myMonitor.hasObjectFor(project1)); myMonitor.initBusyObjectFo... | testReady |
269,491 | void () { final UiActivity root = new UiActivity("root"); final UiActivity op1 = new UiActivity("root", "operation1"); final UiActivity op2 = new UiActivity("root", "operation2"); final UiActivity op12 = new UiActivity("root", "operation1", "operation12"); final UiActivity op121 = new UiActivity("root", "operation1", "... | testReadyWithWatchActivities |
269,492 | void () { assumeFalse("Test cannot be run in headless environment", GraphicsEnvironment.isHeadless()); assertTrue(ApplicationManager.getApplication().getClass().getName().contains("ApplicationImpl")); ThreadingAssertions.assertEventDispatchThread(); assertReady(null); myMonitor.addActivity(new UiActivity("non_modal_1")... | testModalityState |
269,493 | void () { assertReady(null); myMonitor.addActivity(new UiActivity("non_modal_1"), ModalityState.any()); assertBusy(null); try { LaterInvocator.enterModal("dialog"); assertBusy(null); } finally { LaterInvocator.leaveModal("dialog"); } } | testModalityStateAny |
269,494 | void () { assertTrue(new UiActivity("root", "folder1").isSameOrGeneralFor(new UiActivity("root", "folder1"))); assertTrue(new UiActivity("root", "folder1").isSameOrGeneralFor(new UiActivity("root", "folder1", "folder2"))); assertFalse(new UiActivity("root", "folder2").isSameOrGeneralFor(new UiActivity("root", "folder1"... | testUiActivity |
269,495 | void (@Nullable Project key, UiActivity @NotNull ... activities) { UIUtil.dispatchAllInvocationEvents(); BusyObject.Impl busy = (BusyObject.Impl)(key != null ? myMonitor.getBusy(key, activities) : myMonitor.getBusy(activities)); assertTrue("Must be READY, but was: BUSY", busy.isReady()); final boolean[] done = {false};... | assertReady |
269,496 | void (@Nullable Project key, UiActivity @NotNull ... activities) { UIUtil.dispatchAllInvocationEvents(); BusyObject.Impl busy = (BusyObject.Impl)(key != null ? myMonitor.getBusy(key, activities) : myMonitor.getBusy(activities)); assertFalse("Must be BUSY, but was: READY", busy.isReady()); } | assertBusy |
269,497 | void () { int N = 100000; PlatformTestUtil.startPerformanceTest("Event queue dispatch", 10000, () -> { UIUtil.dispatchAllInvocationEvents(); AtomicInteger count = new AtomicInteger(); for (int i = 0; i < N; i++) { SwingUtilities.invokeLater(count::incrementAndGet); } UIUtil.dispatchAllInvocationEvents(); assertEquals(N... | testManyEventsStress |
269,498 | void (AWTEvent event) { LOG.debug("posting " + event); IdeEventQueue ideEventQueue = IdeEventQueue.getInstance(); boolean posted = ideEventQueue.doPostEvent(event); assertTrue("Was not posted: "+event, posted); boolean mustBeConsumed = event.getID() == ActionEvent.ACTION_PERFORMED; assertEquals(mustBeConsumed, Reflecti... | postCarefully |
269,499 | boolean (InputEvent event) { return event.isConsumed(); } | isConsumed |
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