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Path () { var path = SystemInfo.isWindows ? "C:\\tests\\" + tempDir.getRootPath().getFileName() : tempDir.getRootPath().toString(); return memoryFs.getFs().getPath(path); }
getTestDir
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DirectoryLock (Path configPath, Path systemPath) { var lock = new DirectoryLock(configPath, systemPath, args -> CliResult.OK); activeLocks.add(lock); return lock; }
createLock
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void () { var path = testDir.resolve("same"); var lock = createLock(path, path); assertThatThrownBy(() -> lock.lockOrActivate(currentDir, List.of())).isInstanceOf(IllegalArgumentException.class); }
pathCollision
273,303
void () { assertNotNull( "Resource [" + CsvMetricsExporter.HTML_PLOTTER_NAME + "] must be accessible with CsvMetricsExporter.class.getResource()", CsvMetricsExporter.class.getResource(CsvMetricsExporter.HTML_PLOTTER_NAME) ); }
plotterHtmlIsAccessibleFromCsvMetricsExporterClass
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void () { // sick and tired of hunting tests leaking documents ((UndoManagerImpl)UndoManager.getInstance(getProject())).flushCurrentCommandMerger(); Set<Object> alreadyLeaking = new ReferenceOpenHashSet<>(); Predicate<Object> isReallyLeak = file -> { if (file instanceof PsiFile) { if (!((PsiFile)file).isPhysical()) { return false; } Project project = ((PsiFile)file).getProject(); if (alreadyLeaking.add(project)) { System.err.println(project + " already leaking; its creation trace: " + ((ProjectEx)project).getCreationTrace()); } } alreadyLeaking.add(file); return false; }; LeakHunter.checkLeak(ApplicationManager.getApplication(), PsiFileImpl.class, isReallyLeak); LeakHunter.checkLeak(ApplicationManager.getApplication(), Document.class, isReallyLeak); @Language("JAVA") String text = "public class X{} //iuggjhfg"; PsiFile psiFile = myFixture.addFileToProject("X.java", text); Usage[] usages = new Usage[100]; for (int i = 0; i < usages.length; i++) { usages[i] = createUsage(psiFile, i); } UsageView usageView = createUsageView(usages); TestApplicationKt.clearEncodingManagerDocumentQueue(ApplicationManager.getApplication()); FileDocumentManager.getInstance().saveAllDocuments(); UIUtil.dispatchAllInvocationEvents(); LeakHunter.checkLeak(usageView, PsiFileImpl.class, file -> !alreadyLeaking.contains(file) && file.isPhysical()); LeakHunter.checkLeak(usageView, Document.class, document -> !alreadyLeaking.contains(document)); }
testUsageViewDoesNotHoldPsiFilesOrDocuments
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void () { @Language("JAVA") String text = "public class X{ int xxx; } //comment"; PsiFile psiFile = myFixture.addFileToProject("X.java", text); Usage usage = createUsage(psiFile, psiFile.getText().indexOf("xxx")); PsiDocumentManager documentManager = PsiDocumentManager.getInstance(getProject()); Document document = documentManager.getDocument(psiFile); WriteCommandAction.runWriteCommandAction(getProject(), () -> document.insertString(0, "/* sdfsdfsd */")); documentManager.commitAllDocuments(); int navigationOffset = ((UsageInfo2UsageAdapter)usage).getUsageInfo().getNavigationOffset(); assertEquals(psiFile.getText().indexOf("xxx"), navigationOffset); }
testUsageViewHandlesDocumentChange
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void () { @Language("JAVA") String text = "public class X{ int xxx; } //comment"; PsiFile psiFile = myFixture.addFileToProject("X.java", text); UsageInfo2UsageAdapter usage = new UsageInfo2UsageAdapter( new UsageInfo(psiFile, psiFile.getText().indexOf("xxx"), StringUtil.indexOfSubstringEnd(psiFile.getText(), "xxx"))); PsiDocumentManager documentManager = PsiDocumentManager.getInstance(getProject()); Document document = documentManager.getDocument(psiFile); WriteCommandAction.runWriteCommandAction(getProject(), () -> document.insertString(0, "/* sdfsdfsd */")); documentManager.commitAllDocuments(); int navigationOffset = usage.getUsageInfo().getNavigationOffset(); assertEquals(psiFile.getText().indexOf("xxx"), navigationOffset); }
testTextUsageInfoHandlesDocumentChange
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Usage (PsiFile psiFile, int offset) { PsiElement element = psiFile.findElementAt(offset % psiFile.getTextLength()); assertNotNull(element); return new UsageInfo2UsageAdapter(new UsageInfo(element)); }
createUsage
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void () { @Language("JAVA") String fileText = """ public class X{ void foo() { bar(); bar(); } void bar() {} }"""; PsiFile psiFile = myFixture.addFileToProject("X.java", fileText); PsiElement[] members = psiFile.getChildren()[psiFile.getChildren().length - 1].getChildren(); PsiNamedElement bar = (PsiNamedElement)members[members.length - 3]; assertEquals("bar", bar.getName()); FindUsagesManager usagesManager = ((FindManagerImpl)FindManager.getInstance(getProject())).getFindUsagesManager(); FindUsagesHandler handler = usagesManager.getNewFindUsagesHandler(bar, false); UsageViewImpl usageView = (UsageViewImpl)usagesManager .doFindUsages(new PsiElement[]{bar}, PsiElement.EMPTY_ARRAY, handler, handler.getFindUsagesOptions(), false); waitForUsages(usageView); Disposer.register(myFixture.getTestRootDisposable(), usageView); assertTrue(usageView.canPerformReRun()); PsiDocumentManager documentManager = PsiDocumentManager.getInstance(getProject()); Document document = documentManager.getDocument(psiFile); String barDef = "void bar() {}\n"; String commentedBarDef = "//" + barDef; WriteCommandAction.runWriteCommandAction(getProject(), () -> { String text = document.getText(); document.replaceString(text.indexOf(barDef), text.indexOf(barDef) + barDef.length(), commentedBarDef); }); documentManager.commitAllDocuments(); assertFalse(usageView.canPerformReRun()); // target invalidated WriteCommandAction.runWriteCommandAction(getProject(), () -> { String text = document.getText(); document.replaceString(text.indexOf(commentedBarDef), text.indexOf(commentedBarDef) + commentedBarDef.length(), barDef); }); documentManager.commitAllDocuments(); assertTrue(usageView.canPerformReRun()); UsageView newView = usageView.doReRun(); Disposer.register(myFixture.getTestRootDisposable(), newView); Set<Usage> usages = newView.getUsages(); assertEquals(2, usages.size()); }
testUsageViewCanRerunAfterTargetWasInvalidatedAndRestored
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void (UsageViewImpl usageView) { ProgressManager.getInstance().run(new Task.Modal(getProject(), "Waiting", false) { @Override public void run(@NotNull ProgressIndicator indicator) { usageView.waitForUpdateRequestsCompletion(); usageView.drainQueuedUsageNodes(); } }); }
waitForUsages
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void (@NotNull ProgressIndicator indicator) { usageView.waitForUpdateRequestsCompletion(); usageView.drainQueuedUsageNodes(); }
run
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void () { @Language("JAVA") String fileText = "public class X{ int xxx; } //comment"; PsiFile psiFile = myFixture.addFileToProject("X.java", fileText); Usage usage = new UsageInfo2UsageAdapter( new UsageInfo(psiFile, psiFile.getText().indexOf("xxx"), StringUtil.indexOfSubstringEnd(psiFile.getText(), "xxx"))); UsageViewImpl usageView = createUsageView(usage); usageView.excludeUsages(new Usage[]{usage}); UIUtil.dispatchAllInvocationEvents(); Set<Node> excluded = new HashSet<>(); Node[] usageNode = new Node[1]; TreeUtil.traverse(usageView.getRoot(), node -> { if (((Node)node).isExcluded()) { excluded.add((Node)node); } if (node instanceof UsageNode && ((UsageNode)node).getUsage() == usage) { usageNode[0] = (UsageNode)node; } return true; }); Set<Node> expectedExcluded = new HashSet<>(); for (TreeNode n = usageNode[0]; n != usageView.getRoot(); n = n.getParent()) { expectedExcluded.add((Node)n); } assertEquals(expectedExcluded, excluded); usageView.includeUsages(new Usage[]{usage}); UIUtil.dispatchAllInvocationEvents(); excluded.clear(); TreeUtil.traverse(usageView.getRoot(), node -> { if (((Node)node).isExcluded()) { excluded.add((Node)node); } return true; }); assertEmpty(excluded); String text = new ExporterToTextFile(usageView, UsageViewSettings.getInstance()).getReportText(); assertEquals(""" Usages in (1 usage found) Unclassified (1 usage found) light_idea_test_case (1 usage found) (1 usage found) X.java (1 usage found) 1 public class X{ int xxx; } //comment """, StringUtil.convertLineSeparators(text)); }
testExcludeUsageMustExcludeChildrenAndParents
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UsageViewImpl (Usage @NotNull ... usages) { UsageViewImpl usageView = (UsageViewImpl)UsageViewManager.getInstance(getProject()) .createUsageView(UsageTarget.EMPTY_ARRAY, usages, new UsageViewPresentation(), null); Disposer.register(myFixture.getTestRootDisposable(), usageView); waitForUsages(usageView); UIUtil.dispatchAllInvocationEvents(); return usageView; }
createUsageView
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void () { @Language("JAVA") String text = "public class X{ int xxx; } //comment"; PsiFile psiFile = myFixture.addFileToProject("X.java", text); Usage usage = new UsageInfo2UsageAdapter( new UsageInfo(psiFile, psiFile.getText().indexOf("xxx"), StringUtil.indexOfSubstringEnd(psiFile.getText(), "xxx"))); UsageViewImpl usageView = createUsageView(usage); Node[] usageNode = new Node[1]; TreeUtil.traverse(usageView.getRoot(), node -> { if (node instanceof UsageNode && ((UsageNode)node).getUsage() == usage) { usageNode[0] = (UsageNode)node; } return true; }); Node nodeToExclude = (Node)usageNode[0].getParent(); JComponent component = usageView.getComponent(); DataProvider provider = DataManagerImpl.getDataProviderEx(component); ExclusionHandler exclusionHandler = (ExclusionHandler)provider.getData(ExclusionHandler.EXCLUSION_HANDLER.getName()); exclusionHandler.excludeNode(nodeToExclude); UIUtil.dispatchAllInvocationEvents(); Set<Node> excluded = new HashSet<>(); TreeUtil.traverse(usageView.getRoot(), node -> { if (((Node)node).isExcluded()) { excluded.add((Node)node); } return true; }); Set<Node> expectedExcluded = new HashSet<>(); for (TreeNode n = usageNode[0]; n != usageView.getRoot(); n = n.getParent()) { expectedExcluded.add((Node)n); } assertEquals(expectedExcluded, excluded); exclusionHandler.includeNode(nodeToExclude); UIUtil.dispatchAllInvocationEvents(); excluded.clear(); TreeUtil.traverse(usageView.getRoot(), node -> { if (((Node)node).isExcluded()) { excluded.add((Node)node); } return true; }); assertEmpty(excluded); }
testExcludeNodeMustExcludeChildrenAndParents
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void () { BinaryFileDecompiler decompiler = file -> { throw new IllegalStateException("oh no"); }; ExtensionTestUtil.addExtension((ExtensionsAreaImpl)ApplicationManager.getApplication().getExtensionArea(), BinaryFileTypeDecompilers.getInstance(), new FileTypeExtensionPoint<>(ArchiveFileType.INSTANCE.getName(), decompiler)); PsiFile psiFile = myFixture.addFileToProject("X.jar", "xxx"); assertEquals(ArchiveFileType.INSTANCE, psiFile.getFileType()); assertTrue(psiFile.getFileType().isBinary()); UsageInfo2UsageAdapter usage = new UsageInfo2UsageAdapter(new UsageInfo(psiFile)); UsageViewImpl usageView = createUsageView(usage); usageView.expandAll(); UIUtil.dispatchAllInvocationEvents(); assertTrue(usage.isValid()); usage.getElement(); usage.canNavigateToSource(); usage.canNavigate(); usage.getUsageInfo(); usage.getFile(); usage.getMergedInfos(); usage.getPresentation(); usage.getPlainText(); usage.getUsageType(); usage.getText(); usage.getIcon(); usage.getLocation(); usage.getTooltipText(); usage.getLibraryEntry(); usage.getUsageInfo().getRangeInElement(); usage.getUsageInfo().getElement(); usage.getUsageInfo().getNavigationOffset(); }
testUsageOfDecompiledOrBinaryElementMustNotRequestDecompilationDuringTreeRendering
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void (@NotNull UsageInfo usage, String expected) { assertEquals(expected, myFixture.getUsageViewTreeTextRepresentation(Collections.singleton(usage))); }
assertUsageViewStructureEquals
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void (UsageView usageView) { if (usageView instanceof UsageViewImpl) { ProgressManager.getInstance().run(new Task.Modal(getProject(), "Waiting", false) { @Override public void run(@NotNull ProgressIndicator indicator) { ((UsageViewImpl)usageView).waitForUpdateRequestsCompletion(); ((UsageViewImpl)usageView).drainQueuedUsageNodes(); ((UsageViewImpl)usageView).searchFinished(); } }); } }
waitForUsages
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void (@NotNull ProgressIndicator indicator) { ((UsageViewImpl)usageView).waitForUpdateRequestsCompletion(); ((UsageViewImpl)usageView).drainQueuedUsageNodes(); ((UsageViewImpl)usageView).searchFinished(); }
run
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Project () { return myFixture.getProject(); }
getProject
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void () { GroupNode groupNode = buildUsageTree(new int[]{2, 3, 0}, UsageGroupingRule.EMPTY_ARRAY); assertNotNull(groupNode); assertNull(groupNode.getParent()); assertEquals("Root [0, 2, 3]", groupNode.toString()); }
testNoGroupingRules
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void () { GroupNode groupNode = buildUsageTree(new int[]{0, 1, 0, 1 , 1}, new UsageGroupingRule[] {new OddEvenGroupingRule()}); assertEquals("Root [Even[0, 0], Odd[1, 1, 1]]", groupNode.toString()); }
testOneGroupingRuleOnly
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void () { GroupNode groupNode = buildUsageTree(new int[]{0, 1, 0, 1 , 1, 1003, 1002, 1001}, new UsageGroupingRule[] {new OddEvenGroupingRule()}); assertEquals("Root [Even[0, 0], Odd[1, 1, 1], 1001, 1002, 1003]", groupNode.toString()); }
testNotGroupedItemsComeToEnd
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void () { GroupNode groupNode = buildUsageTree(new int[]{0, 1, 2, 3, 12, 13, 14, 15, 101, 103, 102, 105, 10001, 10002, 10003}, new UsageGroupingRule[] { new OddEvenGroupingRule(), new LogGroupingRule()}); assertEquals("Root [Even[1[0, 2], 2[12, 14], 3[102]], Odd[1[1, 3], 2[13, 15], 3[101, 103, 105]], 5[10001, 10002, 10003]]", groupNode.toString()); }
test2Groupings
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void () { GroupNode groupNode = buildUsageTree(new int[]{10003, 0}, new UsageGroupingRule[] { new OddEvenGroupingRule(), new LogGroupingRule()}); assertEquals("Root [Even[1[0]], 5[10003]]", groupNode.toString()); }
testDifferentRulesDontDependOnOrder
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void () { GroupNode groupNode = buildUsageTree(new int[]{10003, 0, 1, 2, 3, 12, 13, 14, 15, 101, 103, 102, 105, 10001, 10002}, new UsageGroupingRule[] { new OddEvenGroupingRule(), new LogGroupingRule()}); assertEquals("Root [Even[1[0, 2], 2[12, 14], 3[102]], Odd[1[1, 3], 2[13, 15], 3[101, 103, 105]], 5[10001, 10002, 10003]]", groupNode.toString()); }
testGroupsFromDifferentRulesAreCorrectlySorted
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Usage (int index) { return new MockUsage(index); }
createUsage
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GroupNode (int[] indices, UsageGroupingRule[] rules) { List<Usage> usages = IntStream.of(indices).mapToObj(UsageNodeTreeBuilderTest::createUsage).collect(Collectors.toList()); UsageViewPresentation presentation = new UsageViewPresentation(); presentation.setUsagesString("searching for mock usages"); ExtensionPoint<UsageGroupingRuleProvider> point = UsageGroupingRuleProvider.EP_NAME.getPoint(); UsageGroupingRuleProvider provider = new UsageGroupingRuleProvider() { @Override public @NotNull UsageGroupingRule @NotNull [] getActiveRules(@NotNull Project project) { return rules; } }; Disposable disposable = Disposer.newDisposable(); point.registerExtension(provider, disposable); try { UsageViewImpl usageView = new UsageViewImpl(getProject(), presentation, UsageTarget.EMPTY_ARRAY, null); Disposer.register(getTestRootDisposable(), usageView); usageView.appendUsagesInBulk(usages); UIUtil.dispatchAllInvocationEvents(); ProgressManager.getInstance().run(new Task.Modal(getProject(), "Waiting", false) { @Override public void run(@NotNull ProgressIndicator indicator) { usageView.waitForUpdateRequestsCompletion(); } }); UIUtil.dispatchAllInvocationEvents(); return usageView.getRoot(); } finally { Disposer.dispose(disposable); } }
buildUsageTree
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void (@NotNull ProgressIndicator indicator) { usageView.waitForUpdateRequestsCompletion(); }
run
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UsageGroup (@NotNull Usage usage, UsageTarget @NotNull [] targets) { return new LogUsageGroup(usage.toString().length()); }
getParentGroupFor
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String () { return String.valueOf(myPower); }
getPresentableGroupText
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String () { return getPresentableGroupText(); }
toString
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int (@NotNull UsageGroup o) { if (!(o instanceof LogUsageGroup)) return 1; return myPower - ((LogUsageGroup)o).myPower; }
compareTo
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boolean (Object o) { return o instanceof LogUsageGroup && myPower == ((LogUsageGroup)o).myPower; }
equals
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int () { return myPower; }
hashCode
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String () { return "Even"; }
getPresentableGroupText
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int (@NotNull UsageGroup o) { return o == ODD ? -1 : 0; }
compareTo
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String () { return getPresentableGroupText(); }
toString
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String () { return "Odd"; }
getPresentableGroupText
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int (@NotNull UsageGroup o) { return o == EVEN ? 1 : 0; }
compareTo
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String () { return getPresentableGroupText(); }
toString
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UsageGroup (@NotNull Usage usage, UsageTarget @NotNull [] targets) { MockUsage mockUsage = (MockUsage)usage; if (mockUsage.getId() > 1000) return null; return mockUsage.getId() % 2 == 0 ? EVEN : ODD; }
getParentGroupFor
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int () { return myId; }
getId
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UsagePresentation () { return new UsagePresentation() { @Override public TextChunk @NotNull [] getText() { return TextChunk.EMPTY_ARRAY; } @Override @NotNull public String getPlainText() { return ""; } @Override public Icon getIcon() { return null; } @Override public String getTooltipText() { return null; } }; }
getPresentation
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String () { return ""; }
getPlainText
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Icon () { return null; }
getIcon
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String () { return null; }
getTooltipText
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boolean () { return true; }
isValid
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FileEditorLocation () { return null; }
getLocation
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void () { }
selectInEditor
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void () { }
highlightInEditor
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String () { return String.valueOf(myId); }
toString
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boolean () { return false; }
isReadOnly
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void () { VirtualFile dir = temporaryDirectory.createVirtualDir(); FindModel findModel = new FindModel(); findModel.setDirectoryName(dir.getPath()); findModel.setWithSubdirectories(true); findModel.setProjectScope(false); UsageTarget target = new FindInProjectUtil.StringUsageTarget(projectRule.getProject(), findModel); UsageViewManagerImpl manager = (UsageViewManagerImpl)UsageViewManager.getInstance(projectRule.getProject()); ApplicationManager.getApplication().runReadAction(() -> { SearchScope scope = manager.getMaxSearchScopeToWarnOfFallingOutOf(new UsageTarget[]{target}).get(); assertThat(GlobalSearchScopesCore.directoryScope(projectRule.getProject(), dir, true)).isEqualTo(scope); }); }
scopeCreatedForFindInDirectory
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void () { Module module = projectRule.getModule(); FindModel findModel = new FindModel(); findModel.setModuleName(module.getName()); findModel.setProjectScope(false); UsageTarget target = new FindInProjectUtil.StringUsageTarget(projectRule.getProject(), findModel); UsageViewManagerImpl manager = (UsageViewManagerImpl)UsageViewManager.getInstance(projectRule.getProject()); SearchScope scope = manager.getMaxSearchScopeToWarnOfFallingOutOf(new UsageTarget[]{target}).get(); assertThat(module.getModuleContentScope()).isEqualTo(scope); }
scopeCreatedForFindInModuleContent
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void () { doChangesTest("NameSuggesterTest", "NameUnifierTest", "[<Suggester,Unifier>]"); }
testChanges1
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void () { doChangesTest("CompletionContext", "CompletionResult", "[<Context,Result>]"); }
testChanges2
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void () { doChangesTest("CodeCompletionContext", "CompletionResult", "[<Code,>, <Context,Result>]"); }
testChanges3
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void () { doChangesTest("A", "B", "[<A,B>]"); }
testChanges4
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void () { doChangesTest("PsiManager", "PsiManagerImpl", "[<,Impl>]"); }
testChanges5
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void () { doChangesTest("IBase", "IMain", "[<Base,Main>]"); }
testChanges6
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void () { doChangesTest("FooBarBazAbaCaba", "FooAbaBazBarCaba", "[<BarBaz,>, <,BazBar>]"); }
testChanges7
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void () { doChangesTest("FooBar", "BarFoo", "[<Foo,>, <,Foo>]"); }
testChanges8
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void () { doSuggestionTest("NameSuggesterTest", "NameUnifierTest", "suggester", "unifier"); }
testSuggestions1
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void () { doSuggestionTest("CompletionContext", "CompletionResult", "completionContext", "completionResult"); }
testSuggestions2
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void () { doSuggestionTest("CompletionContext", "CompletionResult", "context", "result"); }
testSuggestions3
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void () { doSuggestionTest("CompletionContext", "CompletionResult", "codeCompletionContext", "codeCompletionResult"); }
testSuggestions4
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void () { doSuggestionTest("CodeCompletionContext", "CompletionResult", "codeCompletionContext", "completionResult"); }
testSuggestions5
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void () { doSuggestionTest("CodeCompletionContext", "CompletionResult", "context", "result"); }
testSuggestions6
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void () { doSuggestionTest("CodeCompletionContext", "CompletionResult", "contextWithAdvances", "resultWithAdvances"); }
testSuggestions7
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void () { doSuggestionTest("CodeCompletionContext", "CompletionResult", "_context", "_result"); }
testSuggestions8
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void () { doSuggestionTest("CodeCompletionContext", "CompletionResult", "p_context", "p_result"); }
testSuggestions9
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void () { doSuggestionTest("IBase", "IMain", "base", "main"); }
testSuggestions10
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void () { doSuggestionTest("Descriptor", "BasicDescriptor", "descriptor", "basicDescriptor"); }
testSuggestions11
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void () { doSuggestionTest("Provider", "ObjectProvider", "provider", "objectProvider"); }
testSuggestions12
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void () { doSuggestionTest("SimpleModel", "Model", "simpleModel", "model"); }
testSuggestions13
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void () { doSuggestionTest("ConfigItem", "Config", "item", "item"); }
testSuggestions14
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void () { doSuggestionTest("Transaction", "TransactionPolicy", "transaction", "transactionPolicy"); }
testSuggestions15
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void () { doSuggestionTest("Transaction", "TransactionPolicyHandler", "transaction", "transactionPolicyHandler"); }
testSuggestions16
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void () { doSuggestionTest("Transaction", "StrictTransactionPolicyHandler", "transaction", "strictTransactionPolicyHandler"); }
testSuggestions17
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void () { doSuggestionTest("Foo", "FooTask", "fooImpl", "fooTaskImpl"); }
testSuggestions18
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void () { doSuggestionTest("Foo", "FooTask", "implFoo", "implFooTask"); }
testSuggestions19
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void () { doSuggestionTest("Foo", "TaskFoo", "fooImpl", "taskFooImpl"); }
testSuggestions20
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void () { doSuggestionTest("Foo", "TaskFoo", "implFoo", "implTaskFoo"); }
testSuggestions21
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void () { doSuggestionTest("Foo", "FooBar", "someFooAwesome", "someFooBarAwesome"); }
testSuggestions22
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void () { doSuggestionTest("Foo", "FooBarBaz", "someFooAwesome", "someFooBarBazAwesome"); }
testSuggestions23
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void () { doSuggestionTest("FooBar", "FooBarBaz", "someFooBarAwesome", "someFooBarBazAwesome"); }
testSuggestions24
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void () { doSuggestionTest("FooBar", "Foo", "someFooBarAwesome", "someFooAwesome"); }
testSuggestions25
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void () { doSuggestionTest("FooBarBaz", "FooBar", "someFooBarBazAwesome", "someFooBarAwesome"); }
testSuggestions26
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void () { doSuggestionTest("FooBarBaz", "AbaBarCaba", "someFooBarBazAwesome", "someAbaBarCabaAwesome"); }
testSuggestions27
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void () { doSuggestionTest("FooBarBaz", "Baz", "someFooBarBazAwesome", "someBazAwesome"); }
testSuggestions28
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void () { doSuggestionTest("FooBarBaz", "Bar", "someFooBarBazAwesome", "someBarAwesome"); }
testSuggestions29
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void () { doSuggestionTest("FooBarBaz", "FooAbaBaz", "someFooBarBazAwesome", "someFooAbaBazAwesome"); }
testSuggestions30
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void () { doSuggestionTest("Foo", "BarFoo", "someFooAwesome", "someBarFooAwesome"); }
testSuggestions31
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void () { doSuggestionTest("FooBar", "BazFooBar", "someFooBarAwesome", "someBazFooBarAwesome"); }
testSuggestions32
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void () { doSuggestionTest("FooBar", "BarFoo", "someFooBarAwesome", "someBarFooAwesome"); }
testSuggestions33
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void () { doSuggestionTest("FooBarBazAbaCaba", "FooAbaBazBarCaba", "someFooBarBazAbaCabaAwesome", "someFooAbaBazBarCabaAwesome"); }
testSuggestions34
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void () { doSuggestionTest("Foo", "Bar", "someFooAwesome", "someBarAwesome"); }
testSuggestions35
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void () { doSuggestionTest("FooBar", "FooBarBaz", "someBarAwesome", "someBarBazAwesome"); }
testSuggestions36
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void () { doSuggestionTest("BarBaz", "FooBarBaz", "someBarAwesome", "someFooBarAwesome"); }
testSuggestions37
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void () { doSuggestionTest("Bar", "FooBarBaz", "someBarAwesome", "someFooBarBazAwesome"); }
testSuggestions38