@NotNull
public OverloadResolutionResults<VariableDescriptor> resolveSimpleProperty(
@NotNull BasicCallResolutionContext context) {
JetExpression calleeExpression = context.call.getCalleeExpression();
assert calleeExpression instanceof JetSimpleNameExpression;
JetSimpleNameExpression nameExpression = (JetSimpleNameExpression) calleeExpression;
Name referencedName = nameExpression.getReferencedNameAsName();
List<CallableDescriptorCollector<? extends VariableDescriptor>> callableDescriptorCollectors =
Lists.newArrayList();
if (nameExpression.getReferencedNameElementType() == JetTokens.FIELD_IDENTIFIER) {
referencedName = Name.identifier(referencedName.asString().substring(1));
callableDescriptorCollectors.add(CallableDescriptorCollectors.PROPERTIES);
} else {
callableDescriptorCollectors.add(CallableDescriptorCollectors.VARIABLES);
}
List<ResolutionTask<VariableDescriptor, VariableDescriptor>> prioritizedTasks =
TaskPrioritizer.<VariableDescriptor, VariableDescriptor>computePrioritizedTasks(
context, referencedName, nameExpression, callableDescriptorCollectors);
return doResolveCallOrGetCachedResults(
ResolutionResultsCache.PROPERTY_MEMBER_TYPE,
context,
prioritizedTasks,
CallTransformer.PROPERTY_CALL_TRANSFORMER,
nameExpression);
}
@Nullable
@Override
protected ClassData getClassData(@NotNull ClassId classId) {
InputStream stream =
getStreamNullable(BuiltInsSerializationUtil.getClassMetadataPath(classId));
if (stream == null) {
return null;
}
try {
ProtoBuf.Class classProto = ProtoBuf.Class.parseFrom(stream);
Name expectedShortName = classId.getRelativeClassName().shortName();
Name actualShortName =
nameResolver.getClassId(classProto.getFqName()).getRelativeClassName().shortName();
if (!actualShortName.isSpecial() && !actualShortName.equals(expectedShortName)) {
// Workaround for case-insensitive file systems,
// otherwise we'd find "Collection" for "collection" etc
return null;
}
return new ClassData(nameResolver, classProto);
} catch (IOException e) {
throw new IllegalStateException(e);
}
}
private static void addForClassType(
ArrayList<String> result, JetType jetType, JetNameValidator validator) {
ClassDescriptor classDescriptor = TypeUtils.getClassDescriptor(jetType);
if (classDescriptor != null) {
Name className = classDescriptor.getName();
addCamelNames(result, className.getName(), validator);
}
}
private static String getJvmInternalFQNameImpl(
BindingTrace bindingTrace, DeclarationDescriptor descriptor) {
if (descriptor instanceof FunctionDescriptor) {
throw new IllegalStateException("requested fq name for function: " + descriptor);
}
if (descriptor.getContainingDeclaration() instanceof ModuleDescriptor
|| descriptor instanceof ScriptDescriptor) {
return "";
}
if (descriptor instanceof ModuleDescriptor) {
throw new IllegalStateException("missed something");
}
if (descriptor instanceof ClassDescriptor) {
ClassDescriptor klass = (ClassDescriptor) descriptor;
if (klass.getKind() == ClassKind.OBJECT || klass.getKind() == ClassKind.CLASS_OBJECT) {
if (klass.getContainingDeclaration() instanceof ClassDescriptor) {
ClassDescriptor containingKlass = (ClassDescriptor) klass.getContainingDeclaration();
if (containingKlass.getKind() == ClassKind.ENUM_CLASS) {
return getJvmInternalName(bindingTrace, containingKlass).getInternalName();
} else {
return getJvmInternalName(bindingTrace, containingKlass).getInternalName()
+ JvmAbi.CLASS_OBJECT_SUFFIX;
}
}
}
JvmClassName name = bindingTrace.getBindingContext().get(FQN, descriptor);
if (name != null) {
return name.getInternalName();
}
}
DeclarationDescriptor container = descriptor.getContainingDeclaration();
if (container == null) {
throw new IllegalStateException("descriptor has no container: " + descriptor);
}
Name name = descriptor.getName();
String baseName = getJvmInternalName(bindingTrace, container).getInternalName();
if (!baseName.isEmpty()) {
return baseName
+ (container instanceof NamespaceDescriptor ? "/" : "$")
+ name.getIdentifier();
}
return name.getIdentifier();
}
@Test
public void pathSegments() {
Assert.assertEquals(Lists.newArrayList(), new FqName("").pathSegments());
for (String name : new String[] {"com", "com.jetbrains", "com.jetbrains.jet"}) {
List<Name> segments = new FqName(name).pathSegments();
List<String> segmentsStrings = new ArrayList<String>();
for (Name segment : segments) {
segmentsStrings.add(segment.getName());
}
Assert.assertEquals(Arrays.asList(name.split("\\.")), segmentsStrings);
}
}
@NotNull
private static Multimap<FqName, Pair<FunctionDescriptor, PsiMethod>>
getSuperclassToFunctionsMultimap(
@NotNull PsiMethodWrapper method,
@NotNull BindingContext bindingContext,
@NotNull ClassDescriptor containingClass) {
Multimap<FqName, Pair<FunctionDescriptor, PsiMethod>> result = HashMultimap.create();
Name functionName = Name.identifier(method.getName());
int parameterCount = method.getParameters().size();
for (JetType supertype : TypeUtils.getAllSupertypes(containingClass.getDefaultType())) {
ClassifierDescriptor klass = supertype.getConstructor().getDeclarationDescriptor();
assert klass != null;
FqName fqName = DescriptorUtils.getFQName(klass).toSafe();
for (FunctionDescriptor fun :
klass.getDefaultType().getMemberScope().getFunctions(functionName)) {
if (fun.getKind().isReal() && fun.getValueParameters().size() == parameterCount) {
PsiElement declaration = BindingContextUtils.descriptorToDeclaration(bindingContext, fun);
if (declaration instanceof PsiMethod) {
result.put(fqName, Pair.create(fun, (PsiMethod) declaration));
} // else declaration is null or JetNamedFunction: both cases are processed later
}
}
}
return result;
}
public void testMultiPackageFunction() {
myFixture.configureByText(
JetFileType.INSTANCE,
"package test.testing\n" + "fun other(v : Int) = 12\n" + "fun other(v : String) {}");
StubPackageMemberDeclarationProvider provider =
new StubPackageMemberDeclarationProvider(
new FqName("test.testing"), getProject(), GlobalSearchScope.projectScope(getProject()));
List<JetNamedFunction> other =
Lists.newArrayList(provider.getFunctionDeclarations(Name.identifier("other")));
Collection<String> functionTexts =
Collections2.transform(
other,
new Function<JetNamedFunction, String>() {
@Override
public String apply(JetNamedFunction function) {
return function.getText();
}
});
assertSize(2, other);
assertTrue(functionTexts.contains("fun other(v : Int) = 12"));
assertTrue(functionTexts.contains("fun other(v : String) {}"));
}
@NotNull
protected ExpressionCodegen createOrGetClInitCodegen() {
DeclarationDescriptor descriptor = context.getContextDescriptor();
assert state.getClassBuilderMode() == ClassBuilderMode.FULL
: "<clinit> should not be generated for light classes. Descriptor: " + descriptor;
if (clInit == null) {
MethodVisitor mv = v.newMethod(null, ACC_STATIC, "<clinit>", "()V", null, null);
mv.visitCode();
SimpleFunctionDescriptorImpl clInit =
SimpleFunctionDescriptorImpl.create(
descriptor, Annotations.EMPTY, Name.special("<clinit>"), SYNTHESIZED);
clInit.initialize(
null,
null,
Collections.<TypeParameterDescriptor>emptyList(),
Collections.<ValueParameterDescriptor>emptyList(),
null,
null,
Visibilities.PRIVATE);
this.clInit =
new ExpressionCodegen(
mv, new FrameMap(), Type.VOID_TYPE, context.intoFunction(clInit), state, this);
}
return clInit;
}
private ClassDescriptor recordClassForFunction(FunctionDescriptor funDescriptor) {
ClassDescriptor classDescriptor;
int arity = funDescriptor.getValueParameters().size();
classDescriptor =
new ClassDescriptorImpl(
funDescriptor.getContainingDeclaration(),
Collections.<AnnotationDescriptor>emptyList(),
Modality.FINAL,
Name.special("<closure>"));
((ClassDescriptorImpl) classDescriptor)
.initialize(
false,
Collections.<TypeParameterDescriptor>emptyList(),
Collections.singleton(
(funDescriptor.getReceiverParameter().exists()
? JetStandardClasses.getReceiverFunction(arity)
: JetStandardClasses.getFunction(arity))
.getDefaultType()),
JetScope.EMPTY,
Collections.<ConstructorDescriptor>emptySet(),
null);
assert PsiCodegenPredictor.checkPredictedClassNameForFun(
bindingContext, funDescriptor, classDescriptor);
bindingTrace.record(CLASS_FOR_FUNCTION, funDescriptor, classDescriptor);
return classDescriptor;
}
public static void registerClassNameForScript(
BindingTrace bindingTrace,
@NotNull ScriptDescriptor scriptDescriptor,
@NotNull JvmClassName className) {
bindingTrace.record(SCRIPT_NAMES, className);
ClassDescriptorImpl classDescriptor =
new ClassDescriptorImpl(
scriptDescriptor,
Collections.<AnnotationDescriptor>emptyList(),
Modality.FINAL,
Name.special("<script-" + className + ">"));
classDescriptor.initialize(
false,
Collections.<TypeParameterDescriptor>emptyList(),
Collections.singletonList(KotlinBuiltIns.getInstance().getAnyType()),
JetScope.EMPTY,
Collections.<ConstructorDescriptor>emptySet(),
null,
false);
recordClosure(bindingTrace, null, classDescriptor, null, className, false);
assert PsiCodegenPredictor.checkPredictedClassNameForFun(
bindingTrace.getBindingContext(), scriptDescriptor, classDescriptor);
bindingTrace.record(CLASS_FOR_SCRIPT, scriptDescriptor, classDescriptor);
}
static {
ERROR_MODULE =
new ModuleDescriptorImpl(
Name.special("<ERROR MODULE>"),
Collections.<ImportPath>emptyList(),
PlatformToKotlinClassMap.EMPTY);
}
public ErrorClassDescriptor(@Nullable String name) {
super(
getErrorModule(),
Name.special(name == null ? "<ERROR CLASS>" : "<ERROR CLASS: " + name + ">"),
Modality.OPEN,
Collections.<JetType>emptyList(),
SourceElement.NO_SOURCE);
ConstructorDescriptorImpl errorConstructor =
ConstructorDescriptorImpl.create(this, Annotations.EMPTY, true, SourceElement.NO_SOURCE);
errorConstructor.initialize(
Collections.<TypeParameterDescriptor>emptyList(),
Collections.<ValueParameterDescriptor>emptyList(),
Visibilities.INTERNAL);
JetScope memberScope = createErrorScope(getName().asString());
errorConstructor.setReturnType(
new ErrorTypeImpl(
TypeConstructorImpl.createForClass(
this,
Annotations.EMPTY,
false,
getName().asString(),
Collections.<TypeParameterDescriptorImpl>emptyList(),
Collections.singleton(KotlinBuiltIns.getInstance().getAnyType())),
memberScope));
initialize(
memberScope,
Collections.<ConstructorDescriptor>singleton(errorConstructor),
errorConstructor);
}
public static AnalyzeExhaust analyzeFilesWithJavaIntegration(
Project project,
Collection<JetFile> files,
BindingTrace trace,
List<AnalyzerScriptParameter> scriptParameters,
Predicate<PsiFile> filesToAnalyzeCompletely,
boolean storeContextForBodiesResolve) {
final ModuleDescriptor owner = new ModuleDescriptor(Name.special("<module>"));
TopDownAnalysisParameters topDownAnalysisParameters =
new TopDownAnalysisParameters(filesToAnalyzeCompletely, false, false, scriptParameters);
InjectorForTopDownAnalyzerForJvm injector =
new InjectorForTopDownAnalyzerForJvm(
project, topDownAnalysisParameters, new ObservableBindingTrace(trace), owner);
try {
injector.getTopDownAnalyzer().analyzeFiles(files, scriptParameters);
BodiesResolveContext bodiesResolveContext =
storeContextForBodiesResolve
? new CachedBodiesResolveContext(injector.getTopDownAnalysisContext())
: null;
return AnalyzeExhaust.success(
trace.getBindingContext(), bodiesResolveContext, injector.getModuleConfiguration());
} finally {
injector.destroy();
}
}
/** @author Stepan Koltsov */
public class ScriptDescriptor extends DeclarationDescriptorNonRootImpl {
private static final Name NAME = Name.special("<script>");
private final int priority;
private JetType returnType;
private List<ValueParameterDescriptor> valueParameters;
private final ScriptCodeDescriptor scriptCodeDescriptor = new ScriptCodeDescriptor(this);
private final ReceiverDescriptor implicitReceiver = new ScriptReceiver(this);
public ScriptDescriptor(@Nullable DeclarationDescriptor containingDeclaration, int priority) {
super(containingDeclaration, Collections.<AnnotationDescriptor>emptyList(), NAME);
this.priority = priority;
}
public void initialize(@NotNull JetType returnType) {
this.returnType = returnType;
scriptCodeDescriptor.initialize(implicitReceiver, valueParameters, returnType);
}
public int getPriority() {
return priority;
}
@NotNull
public JetType getReturnType() {
return returnType;
}
@NotNull
public List<ValueParameterDescriptor> getValueParameters() {
return valueParameters;
}
@NotNull
public ScriptCodeDescriptor getScriptCodeDescriptor() {
return scriptCodeDescriptor;
}
@NotNull
public ReceiverDescriptor getImplicitReceiver() {
return implicitReceiver;
}
@Override
public DeclarationDescriptor substitute(TypeSubstitutor substitutor) {
throw new IllegalStateException("nothing to substitute in script");
}
@Override
public <R, D> R accept(DeclarationDescriptorVisitor<R, D> visitor, D data) {
return visitor.visitScriptDescriptor(this, data);
}
public void setValueParameters(@NotNull List<ValueParameterDescriptor> valueParameters) {
this.valueParameters = valueParameters;
}
}
public ErrorSimpleFunctionDescriptorImpl(ErrorUtils.ErrorScope ownerScope) {
super(
ErrorUtils.getErrorClass(),
Annotations.EMPTY,
Name.special("<ERROR FUNCTION>"),
Kind.DECLARATION);
this.ownerScope = ownerScope;
}
@Override
public JetTypeInfo visitFunctionLiteralExpression(
@NotNull JetFunctionLiteralExpression expression, ExpressionTypingContext context) {
JetBlockExpression bodyExpression = expression.getFunctionLiteral().getBodyExpression();
if (bodyExpression == null) return null;
Name callerName = getCallerName(expression);
if (callerName != null) {
context.labelResolver.enterLabeledElement(new LabelName(callerName.asString()), expression);
}
JetType expectedType = context.expectedType;
boolean functionTypeExpected =
!noExpectedType(expectedType)
&& KotlinBuiltIns.getInstance().isFunctionOrExtensionFunctionType(expectedType);
AnonymousFunctionDescriptor functionDescriptor =
createFunctionDescriptor(expression, context, functionTypeExpected);
JetType safeReturnType =
computeReturnType(expression, context, functionDescriptor, functionTypeExpected);
functionDescriptor.setReturnType(safeReturnType);
JetType receiver =
DescriptorUtils.getReceiverParameterType(functionDescriptor.getReceiverParameter());
List<JetType> valueParametersTypes =
DescriptorUtils.getValueParametersTypes(functionDescriptor.getValueParameters());
JetType resultType =
KotlinBuiltIns.getInstance()
.getFunctionType(
Collections.<AnnotationDescriptor>emptyList(),
receiver,
valueParametersTypes,
safeReturnType);
if (!noExpectedType(expectedType)
&& KotlinBuiltIns.getInstance().isFunctionOrExtensionFunctionType(expectedType)) {
// all checks were done before
return JetTypeInfo.create(resultType, context.dataFlowInfo);
}
if (callerName != null) {
context.labelResolver.exitLabeledElement(expression);
}
return DataFlowUtils.checkType(resultType, expression, context, context.dataFlowInfo);
}
@NotNull
@Override
protected Collection<DeclarationDescriptor> computeAllDescriptors() {
Collection<DeclarationDescriptor> result = super.computeAllDescriptors();
for (PsiClass nested : declarationProvider.getPsiClass().getInnerClasses()) {
ContainerUtil.addIfNotNull(result, getNamespace(Name.identifier(nested.getName())));
}
return result;
}
@NotNull
public static TypeParameterDescriptor createErrorTypeParameter(
int index, @NotNull String debugMessage) {
return TypeParameterDescriptorImpl.createWithDefaultBound(
ERROR_CLASS,
Annotations.EMPTY,
false,
Variance.INVARIANT,
Name.special("<ERROR: " + debugMessage + ">"),
index);
}
@NotNull
public static SimpleFunctionDescriptor createSamConstructorFunction(
@NotNull ClassOrNamespaceDescriptor owner, @NotNull ClassDescriptor samInterface) {
assert isSamInterface(samInterface) : samInterface;
SimpleFunctionDescriptorImpl result =
new SimpleFunctionDescriptorImpl(
owner,
samInterface.getAnnotations(),
samInterface.getName(),
CallableMemberDescriptor.Kind.SYNTHESIZED);
TypeParameters typeParameters =
recreateAndInitializeTypeParameters(
samInterface.getTypeConstructor().getParameters(), result);
JetType parameterTypeUnsubstituted = getFunctionTypeForSamType(samInterface.getDefaultType());
JetType parameterType =
typeParameters.substitutor.substitute(parameterTypeUnsubstituted, Variance.IN_VARIANCE);
assert parameterType != null
: "couldn't substitute type: "
+ parameterType
+ ", substitutor = "
+ typeParameters.substitutor;
ValueParameterDescriptor parameter =
new ValueParameterDescriptorImpl(
result,
0,
Collections.<AnnotationDescriptor>emptyList(),
Name.identifier("function"),
parameterType,
false,
null);
JetType returnType =
typeParameters.substitutor.substitute(samInterface.getDefaultType(), Variance.OUT_VARIANCE);
assert returnType != null
: "couldn't substitute type: "
+ returnType
+ ", substitutor = "
+ typeParameters.substitutor;
result.initialize(
null,
null,
typeParameters.descriptors,
Arrays.asList(parameter),
returnType,
Modality.FINAL,
samInterface.getVisibility(),
false);
return result;
}
public ModuleDescriptorImpl(
@NotNull Name name,
@NotNull List<ImportPath> defaultImports,
@NotNull PlatformToKotlinClassMap platformToKotlinClassMap) {
super(Annotations.EMPTY, name);
if (!name.isSpecial()) {
throw new IllegalArgumentException("module name must be special: " + name);
}
this.defaultImports = defaultImports;
this.platformToKotlinClassMap = platformToKotlinClassMap;
}
public void testSinglePackageFunction() {
myFixture.configureByText(JetFileType.INSTANCE, "package test.testing\n" + "fun some() {}");
StubPackageMemberDeclarationProvider provider =
new StubPackageMemberDeclarationProvider(
new FqName("test.testing"), getProject(), GlobalSearchScope.projectScope(getProject()));
List<JetNamedFunction> some =
Lists.newArrayList(provider.getFunctionDeclarations(Name.identifier("some")));
assertSize(1, some);
assertEquals("fun some() {}", some.get(0).getText());
}
public void testPackageProperty() {
myFixture.configureByText(JetFileType.INSTANCE, "package test.testing\n" + "val test = 12\n");
StubPackageMemberDeclarationProvider provider =
new StubPackageMemberDeclarationProvider(
new FqName("test.testing"), getProject(), GlobalSearchScope.projectScope(getProject()));
List<JetProperty> testProperties =
Lists.newArrayList(provider.getPropertyDeclarations(Name.identifier("test")));
assertSize(1, testProperties);
assertEquals("val test = 12", testProperties.get(0).getText());
}
public static FunctionDescriptor getInvokeFunction(@NotNull JetType functionType) {
assert KotlinBuiltIns.getInstance().isFunctionOrExtensionFunctionType(functionType);
ClassifierDescriptor classDescriptorForFunction =
functionType.getConstructor().getDeclarationDescriptor();
assert classDescriptorForFunction instanceof ClassDescriptor;
Collection<FunctionDescriptor> invokeFunctions =
((ClassDescriptor) classDescriptorForFunction)
.getMemberScope(functionType.getArguments())
.getFunctions(Name.identifier("invoke"));
assert invokeFunctions.size() == 1;
return invokeFunctions.iterator().next();
}
public void initializeDefault() {
assert parameter == null;
parameter =
new ValueParameterDescriptorImpl(
this,
0,
Collections.<AnnotationDescriptor>emptyList(),
Name.special("<set-?>"),
false,
getCorrespondingProperty().getReturnType(),
false,
null);
}
@Test
public void testJetStandardLibrary() throws Exception {
List<JetFile> files = Lists.newArrayList();
addJetFilesFromDir(files, new File("compiler/frontend/src/jet"));
final Map<FqName, Name> aliases =
ImmutableMap.<FqName, Name>builder()
.put(new FqName("jet.Unit"), Name.identifier("Tuple0"))
.build();
ModuleDescriptor lazyModule = new ModuleDescriptor(Name.special("<lazy module>"));
ResolveSession session =
new ResolveSession(
getProject(),
lazyModule,
new SpecialModuleConfiguration(),
new FileBasedDeclarationProviderFactory(files),
new Function<FqName, Name>() {
@Override
public Name fun(FqName name) {
return aliases.get(name);
}
},
Predicates.in(
Sets.newHashSet(new FqNameUnsafe("jet.Any"), new FqNameUnsafe("jet.Nothing"))),
new BindingTraceContext());
NamespaceDescriptor jetNamespaceFromJSL =
(NamespaceDescriptor) KotlinBuiltIns.getInstance().getInt().getContainingDeclaration();
NamespaceDescriptor jetNamespaceFromLazy =
lazyModule.getRootNamespace().getMemberScope().getNamespace(jetNamespaceFromJSL.getName());
NamespaceComparator.compareNamespaces(
jetNamespaceFromJSL,
jetNamespaceFromLazy,
NamespaceComparator.RECURSIVE,
new File("compiler/testData/builtin-classes.txt"));
}
@Nullable
public static Name getAliasName(@NotNull JetImportDirective importDirective) {
String aliasName = importDirective.getAliasName();
JetExpression importedReference = importDirective.getImportedReference();
if (importedReference == null) {
return null;
}
JetSimpleNameExpression referenceExpression = getLastReference(importedReference);
if (aliasName == null) {
aliasName = referenceExpression != null ? referenceExpression.getReferencedName() : null;
}
return aliasName != null && !aliasName.isEmpty() ? Name.identifier(aliasName) : null;
}
/**
* Add one segment of nesting to given qualified name according to the full qualified name.
*
* @param fqn
* @param fullFQN
* @return qualified name with one more segment or null if fqn is not head part of fullFQN or
* there's no additional segment.
*/
@Nullable
public static FqName plusOneSegment(@NotNull FqName fqn, @NotNull FqName fullFQN) {
if (!isSubpackageOf(fullFQN, fqn)) {
return null;
}
final String nextSegment = getFirstSegment(tail(fqn, fullFQN));
if (isOneSegmentFQN(nextSegment)) {
return combine(fqn, Name.guess(nextSegment));
}
return null;
}
@Nullable
public static Name getShortName(@NotNull JetAnnotationEntry annotation) {
JetTypeReference typeReference = annotation.getTypeReference();
assert typeReference != null : "Annotation entry hasn't typeReference " + annotation.getText();
JetTypeElement typeElement = typeReference.getTypeElement();
if (typeElement instanceof JetUserType) {
JetUserType userType = (JetUserType) typeElement;
String shortName = userType.getReferencedName();
if (shortName != null) {
return Name.identifier(shortName);
}
}
return null;
}
@NotNull
private static List<ValueParameterDescriptor> createValueParameterDescriptors(
@NotNull ExpressionTypingContext context,
@NotNull JetFunctionLiteral functionLiteral,
@NotNull FunctionDescriptorImpl functionDescriptor,
boolean functionTypeExpected) {
List<ValueParameterDescriptor> valueParameterDescriptors = Lists.newArrayList();
List<JetParameter> declaredValueParameters = functionLiteral.getValueParameters();
List<ValueParameterDescriptor> expectedValueParameters =
(functionTypeExpected)
? KotlinBuiltIns.getInstance()
.getValueParameters(functionDescriptor, context.expectedType)
: null;
JetParameterList valueParameterList = functionLiteral.getValueParameterList();
boolean hasDeclaredValueParameters = valueParameterList != null;
if (functionTypeExpected
&& !hasDeclaredValueParameters
&& expectedValueParameters.size() == 1) {
ValueParameterDescriptor valueParameterDescriptor = expectedValueParameters.get(0);
ValueParameterDescriptor it =
new ValueParameterDescriptorImpl(
functionDescriptor,
0,
Collections.<AnnotationDescriptor>emptyList(),
Name.identifier("it"),
valueParameterDescriptor.getType(),
valueParameterDescriptor.hasDefaultValue(),
valueParameterDescriptor.getVarargElementType());
valueParameterDescriptors.add(it);
context.trace.record(AUTO_CREATED_IT, it);
} else {
if (expectedValueParameters != null
&& declaredValueParameters.size() != expectedValueParameters.size()) {
List<JetType> expectedParameterTypes =
DescriptorUtils.getValueParametersTypes(expectedValueParameters);
context.trace.report(
EXPECTED_PARAMETERS_NUMBER_MISMATCH.on(
functionLiteral, expectedParameterTypes.size(), expectedParameterTypes));
}
for (int i = 0; i < declaredValueParameters.size(); i++) {
ValueParameterDescriptor valueParameterDescriptor =
createValueParameterDescriptor(
context, functionDescriptor, declaredValueParameters, expectedValueParameters, i);
valueParameterDescriptors.add(valueParameterDescriptor);
}
}
return valueParameterDescriptors;
}
public void doTest(String path) throws Exception {
File dir = new File(path);
CompilerConfiguration configuration =
JetTestUtils.compilerConfigurationForTests(
ConfigurationKind.JDK_ONLY, TestJdkKind.MOCK_JDK, new File(dir, "java"));
configuration.put(
CommonConfigurationKeys.SOURCE_ROOTS_KEY,
Arrays.asList(new File(dir, "kotlin").getAbsolutePath()));
JetCoreEnvironment environment =
new JetCoreEnvironment(getTestRootDisposable(), configuration);
ModuleDescriptor moduleDescriptor = new ModuleDescriptor(Name.special("<test module>"));
// we need the same binding trace for resolve from Java and Kotlin
BindingTrace trace =
CliLightClassGenerationSupport.getInstanceForCli(environment.getProject()).getTrace();
InjectorForJavaDescriptorResolver injectorForJava =
new InjectorForJavaDescriptorResolver(environment.getProject(), trace, moduleDescriptor);
InjectorForTopDownAnalyzerForJvm injectorForAnalyzer =
new InjectorForTopDownAnalyzerForJvm(
environment.getProject(),
new TopDownAnalysisParameters(
Predicates.<PsiFile>alwaysFalse(),
false,
false,
Collections.<AnalyzerScriptParameter>emptyList()),
trace,
moduleDescriptor);
injectorForAnalyzer
.getTopDownAnalyzer()
.analyzeFiles(
environment.getSourceFiles(), Collections.<AnalyzerScriptParameter>emptyList());
JavaDescriptorResolver javaDescriptorResolver = injectorForJava.getJavaDescriptorResolver();
NamespaceDescriptor namespaceDescriptor =
javaDescriptorResolver.resolveNamespace(
LoadDescriptorUtil.TEST_PACKAGE_FQNAME, DescriptorSearchRule.INCLUDE_KOTLIN);
assert namespaceDescriptor != null;
compareNamespaceWithFile(
namespaceDescriptor,
NamespaceComparator.DONT_INCLUDE_METHODS_OF_OBJECT,
new File(dir, "expected.txt"));
ExpectedLoadErrorsUtil.checkForLoadErrors(namespaceDescriptor, trace.getBindingContext());
}