com.palantir.ls.groovy.GroovyTreeParser java code examples

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private void myMethod () {
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}

@Test
public void testComputeAllSymbols_interface() throws InterruptedException, ExecutionException, IOException {
  addFileToFolder(workspaceRoot, "my/folder", "ICoordinates.groovy",
      "interface ICoordinates {\n"
          + "   abstract double getAt(int idx);\n"
          + "}\n");
  parser.parseAllSymbols();
  Map<URI, Set<SymbolInformation>> symbols = parser.getFileSymbols();
  // The symbols will contain a lot of inherited and default fields and methods, so we just check to make sure it
  // contains our custom fields and methods.
  assertThat(mapHasSymbol(symbols, Optional.absent(), "ICoordinates", SymbolKind.Interface)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("ICoordinates"), "getAt", SymbolKind.Method)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("getAt"), "idx", SymbolKind.Variable)).isTrue();
}

    GroovyWorkspaceCompiler.of(targetDirectory, workspaceRoot, changedFilesDirectory);
TreeParser parser =
    GroovyTreeParser.of(compiler, workspaceRoot,
        new WorkspaceUriSupplier(workspaceRoot, changedFilesDirectory));
DefaultCompilerWrapper groovycWrapper = new DefaultCompilerWrapper(compiler, parser);

/**
 * Creates a new instance of GroovyTreeParser.
 *
 * @param unitSupplier
 *        the supplier of compilation unit to be parsed
 * @param workspaceRoot
 *        the directory to compile
 * @param workspaceUriSupplier
 *        the provider use to resolve uris
 * @return the newly created GroovyTreeParser
 */
@SuppressFBWarnings("PT_FINAL_TYPE_RETURN")
public static GroovyTreeParser of(Supplier<CompilationUnit> unitSupplier, Path workspaceRoot,
    UriSupplier workspaceUriSupplier) {
  checkNotNull(unitSupplier, "unitSupplier must not be null");
  checkNotNull(workspaceRoot, "workspaceRoot must not be null");
  checkNotNull(workspaceUriSupplier, "workspaceUriSupplier must not be null");
  checkArgument(workspaceRoot.toFile().isDirectory(), "workspaceRoot must be a directory");
  return new GroovyTreeParser(unitSupplier, workspaceRoot, workspaceUriSupplier);
}

@Test
public void testReferences_typeEnumOneLine() throws IOException {
  // edge case on one line
  File enumFile = addFileToFolder(workspaceRoot, "MyEnum.groovy",
      "enum MyEnum {ONE,TWO}\n");
  File scriptFile = addFileToFolder(workspaceRoot, "MyScript.groovy",
      "MyEnum a\n\n");
  parser.parseAllSymbols();
  // Find one line enum correctly
  Set<Location> myEnumExpectedResult = Sets.newHashSet(
          createLocation(scriptFile.toPath(), Ranges.createRange(0, 0, 0, 6)));
  assertEquals(myEnumExpectedResult,
      parser.findReferences(createReferenceParams(enumFile.toURI(), 0, 6, false)));
}

        createSymbolInformation(clazz.getName(), getKind(clazz),
            GroovyLocations.createClassDefinitionLocation(sourceUri, clazz),
            Optional.fromNullable(clazz.getOuterClass()).transform(ClassNode::getName));
    SymbolInformation symbol = getVariableSymbolInformation(clazz.getName(), sourceUri, field);
    newIndexer.addSymbol(sourceUri, symbol);
    if (classes.containsKey(field.getType().getName())) {
      .forEach(method -> parseMethod(newIndexer, sourceUri, clazz, classes, classFields, method));
});
      variable -> {
        SymbolInformation symbol =
            getVariableSymbolInformation(scriptClass.getName(), sourceUri, variable);
        newIndexer.addSymbol(sourceUnit.getSource().getURI(), symbol);
        if (classes.containsKey(variable.getType().getName())) {

@Override
public CompletionList getCompletion(URI uri, Position position) {
  return CompletionUtils.createCompletionListFromSymbols(getFileSymbols().get(uri));
}

@Test
public void testGotoDefinition_multipleFiles() throws IOException {
  File dog = addFileToFolder(workspaceRoot, "mydogfolder", "Dog.groovy",
      "public class Dog {}\n");
  File cat = addFileToFolder(workspaceRoot, "mycatfolder", "Cat.groovy",
      "public class Cat {\n"
          + "   public static Dog dog = new Dog()\n"
          + "   public static Dog foo() {\n"
          + "       Dog newDog = new Dog()\n"
          + "       foo()\n"
          + "       return newDog\n"
          + "   }\n"
          + "}\n");
  parser.parseAllSymbols();
  // Dog class
  Location expectedLocation = new Location(dog.toPath().toUri().toString(), Ranges.createRange(0, 0, 0, 19));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(1, 18)));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(2, 18)));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(3, 8)));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(3, 25)));
  // newDog local variable
  expectedLocation = new Location(cat.toPath().toUri().toString(), Ranges.createRange(3, 11, 3, 17));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(5, 18)));
  // foo method
  // TODO(#124): make this more accurate
  expectedLocation = new Location(cat.toPath().toUri().toString(), Ranges.createRange(2, 3, 6, 4));
  assertEquals(Optional.of(expectedLocation), parser.gotoDefinition(cat.toURI(), new Position(4, 10)));
}

private void parseMethod(Indexer newIndexer, URI sourceUri, ClassNode parent, Map<String, Location> classes,
    Map<String, FieldNode> classFields, MethodNode method) {
  SymbolInformation methodSymbol =
      createSymbolInformation(method.getName(), SymbolKind.Method,
          GroovyLocations.createLocation(sourceUri, method), Optional.of(parent.getName()));
  newIndexer.addSymbol(sourceUri, methodSymbol);
  // Method parameters
  method.getVariableScope().getDeclaredVariables().values().forEach(variable -> {
    SymbolInformation variableSymbol = getVariableSymbolInformation(method.getName(), sourceUri, variable);
    newIndexer.addSymbol(sourceUri, variableSymbol);
    if (classes.containsKey(variable.getType().getName())) {
      newIndexer.addReference(classes.get(variable.getType().getName()),
          GroovyLocations.createLocation(sourceUri, variable.getType()));
    }
  });
  // Return type
  if (classes.containsKey(method.getReturnType().getName())) {
    newIndexer.addReference(classes.get(method.getReturnType().getName()),
        GroovyLocations.createLocation(sourceUri, method.getReturnType()));
  }
  // We only want to visit the method if its not generated
  if (Ranges.isValid(methodSymbol.getLocation().getRange())) {
    // Visit the method
    if (method.getCode() instanceof BlockStatement) {
      BlockStatement blockStatement = (BlockStatement) method.getCode();
      blockStatement.visit(new MethodVisitor(newIndexer, sourceUri, parent, classes, classFields,
          Optional.of(method), workspaceUriSupplier));
    }
  }
}

        + "   abstract double getAt(int idx);\n"
        + "}\n");
parser.parseAllSymbols();
Set<SymbolInformation> filteredSymbols = parser.getFilteredSymbols("Coordinates");
assertEquals(Sets.newHashSet(new SymbolInformation(
        "Coordinates",
filteredSymbols = parser.getFilteredSymbols("Coordinates*");
assertEquals(Sets.newHashSet(
    new SymbolInformation(
filteredSymbols = parser.getFilteredSymbols("Coordinates?");
assertEquals(NO_SYMBOLS, filteredSymbols);
filteredSymbols = parser.getFilteredSymbols("*Coordinates*");
assertThat(filteredSymbols).containsExactlyInAnyOrder(
    new SymbolInformation(
filteredSymbols = parser.getFilteredSymbols("Coordinates???");
assertEquals(Sets.newHashSet(
    new SymbolInformation(
        "Coordinates")),
    filteredSymbols);
filteredSymbols = parser.getFilteredSymbols("Coordinates...");
assertEquals(NO_SYMBOLS, filteredSymbols);
filteredSymbols = parser.getFilteredSymbols("*Coordinates...*");
assertEquals(NO_SYMBOLS, filteredSymbols);

@Override
public Set<SymbolInformation> getFilteredSymbols(String query) {
  checkNotNull(query, "query must not be null");
  Pattern pattern = getQueryPattern(query);
  return indexer.getFileSymbols().values().stream().flatMap(Collection::stream)
      .filter(symbol -> pattern.matcher(symbol.getName()).matches())
      .collect(Collectors.toSet());
}

@Test
public void testReferences_catchStatement() throws IOException {
  File file = addFileToFolder(workspaceRoot, "Coordinates.groovy",
      "class Foo extends Throwable{}\n"
          + "try {\n"
          + "   println \"Hello\""
          + "}\n catch (Foo e1) {\n"
          + "   println e1\n"
          + "}\n");
  parser.parseAllSymbols();
  // Class Foo
  Set<Location> expectedReferences =
      Sets.newHashSet(createLocation(file.toPath(), Ranges.createRange(3, 8, 3, 11)));
  // Get references when providing definition position
  assertEquals(expectedReferences, parser.findReferences(createReferenceParams(file.toURI(), 0, 6, false)));
  // Get references when providing position of usage
  assertEquals(expectedReferences,  parser.findReferences(createReferenceParams(file.toURI(), 3, 9, false)));
  // TODO(#125): add a symbol for the exception variables and test here.
}

@Test
public void testNotParsedYet() throws IOException {
  assertEquals(NO_SYMBOLS,
      parser.getFileSymbols().values().stream().flatMap(Collection::stream).collect(Collectors.toSet()));
}

        + "   }\n"
        + "}\n");
parser.parseAllSymbols();
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(1, 15)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(10, 10)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(10, 31)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(12, 12)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(14, 11)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(11, 15)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(13, 10)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(11, 23)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(12, 23)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(13, 23)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(14, 20)).get());
assertEquals(expectedLocation, parser.gotoDefinition(file.toURI(), new Position(15, 20)).get());

@Test
public void testReferences_typeInnerClassOneLine() throws IOException {
  // edge case on one line
  File innerClass = addFileToFolder(workspaceRoot, "AandB.groovy",
      "public class A {public static class B {}\n"
          + "A a\n"
          + "B b\n"
          + "}\n");
  parser.parseAllSymbols();
  // Identify type A correctly
  Set<Location> typeAExpectedResult = Sets.newHashSet(
          createLocation(innerClass.toPath(), Ranges.createRange(1, 0, 1, 1)));
  assertEquals(typeAExpectedResult,
      parser.findReferences(createReferenceParams(innerClass.toURI(), 0, 6, false)));
  // Identify type B correctly
  Set<Location> typeBExpectedResult = Sets.newHashSet(
          createLocation(innerClass.toPath(), Ranges.createRange(2, 0, 2, 1)));
  assertEquals(typeBExpectedResult,
      parser.findReferences(createReferenceParams(innerClass.toURI(), 0, 17, false)));
}

@Test
public void testComputeAllSymbols_enum() throws InterruptedException, ExecutionException, IOException {
  addFileToFolder(workspaceRoot, "Type.groovy",
      "enum Type {\n"
          + "   ONE, TWO, THREE\n"
          + "}\n");
  parser.parseAllSymbols();
  Map<URI, Set<SymbolInformation>> symbols = parser.getFileSymbols();
  // The symbols will contain a lot of inherited and default fields and methods, so we just check to make sure it
  // contains our custom fields and methods.
  assertThat(mapHasSymbol(symbols, Optional.absent(), "Type", SymbolKind.Enum)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("Type"), "ONE", SymbolKind.Field)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("Type"), "TWO", SymbolKind.Field)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("Type"), "THREE", SymbolKind.Field)).isTrue();
}

@Test
public void testWorkspaceRootNotFolder() throws IOException {
  expectedException.expect(IllegalArgumentException.class);
  expectedException.expectMessage("workspaceRoot must be a directory");
  GroovyTreeParser.of(() -> null, tempFolder.newFile().toPath(), uriSupplier);
}

        + "   }\n"
        + "}\n");
parser.parseAllSymbols();
assertEquals(NO_REFERENCES, parser.findReferences(createReferenceParams(file.toURI(), 7, 0, false)));
assertEquals(NO_REFERENCES, parser.findReferences(createReferenceParams(file.toURI(), 10, 2, false)));
assertEquals(expectedResult, parser.findReferences(createReferenceParams(file.toURI(), 13, 9, false)));

@Test
public void testComputeAllSymbols_script()
    throws InterruptedException, ExecutionException, IOException {
  addFileToFolder(workspaceRoot, "test.groovy",
      "def name = \"Natacha\"\n"
          + "def myMethod() {\n"
          + "   def someString = \"Also in symbols\"\n"
          + "   println \"Hello World\"\n"
          + "}\n"
          + "println name\n"
          + "myMethod()\n");
  parser.parseAllSymbols();
  Map<URI, Set<SymbolInformation>> symbols = parser.getFileSymbols();
  assertThat(mapHasSymbol(symbols, Optional.of("test"), "myMethod", SymbolKind.Method)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("test"), "name", SymbolKind.Variable)).isTrue();
  assertThat(mapHasSymbol(symbols, Optional.of("myMethod"), "someString", SymbolKind.Variable)).isTrue();
}

@Before
public void setup() throws IOException {
  workspaceRoot = tempFolder.newFolder();
  Path changedOutput = tempFolder.newFolder().toPath();
  Path target = tempFolder.newFolder().toPath();
  uriSupplier = new WorkspaceUriSupplier(workspaceRoot.toPath(), changedOutput);
  parser = GroovyTreeParser.of(() -> {
    GroovyWorkspaceCompiler compiler =
        GroovyWorkspaceCompiler.of(target, workspaceRoot.toPath(), changedOutput);
    assertEquals(Sets.newHashSet(), compiler.compile(ImmutableSet.of()));
    return compiler.get();
  }, workspaceRoot.toPath(), uriSupplier);
}

@Test
public void testReferences_typeFields() throws IOException {
  File dogFile = addFileToFolder(workspaceRoot, "Dog.groovy",
      "class Dog {\n"
          + "   Cat friend1;\n"
          + "   Cat friend2;\n"
          + "   Cat bark(Cat enemy) {\n"
          + "      Cat myCat\n"
          + "      println \"Bark! \" + enemy.name\n"
          + "      return friend1\n"
          + "   }\n"
          + "}\n");
  File catFile = addFileToFolder(workspaceRoot, "Cat.groovy",
      "class Cat {\n"
          + "   public String name = \"Bobby\"\n"
          + "}\n");
  parser.parseAllSymbols();
  // Dog should have no references
  assertEquals(NO_REFERENCES, parser.findReferences(createReferenceParams(dogFile.toURI(), 0, 7, false)));
  Set<Location> expectedResult = Sets.newHashSet(
      createLocation(dogFile.toPath(), Ranges.createRange(1, 3, 1, 6)),
      createLocation(dogFile.toPath(), Ranges.createRange(2, 3, 2, 6)),
      createLocation(dogFile.toPath(), Ranges.createRange(3, 3, 3, 6)),
      createLocation(dogFile.toPath(), Ranges.createRange(3, 12, 3, 15)),
      createLocation(dogFile.toPath(), Ranges.createRange(4, 6, 4, 9)));
  assertEquals(expectedResult,
      parser.findReferences(createReferenceParams(catFile.toURI(), 0, 7, false)));
}

How to useGroovyTreeParser in com.palantir.ls.groovy

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