TestObj.idl   [plain text]

/*
 * Copyright (C) 2009 Google Inc. All rights reserved.
 * Copyright (C) 2010 Apple Inc. All rights reserved.
 *
 * Redistribution and use in source and binary form, with or without
 * modification, are permitted provided that the following conditions
 * are met:
 *
 * 1.  Redistributions of source code must retain the above copyright
 *     notice, this list of conditions and the following disclaimer.
 * 2.  Redistributions in binary form must reproduce the above copyright
 *     notice, this list of conditions and the following disclaimer in the
 *     documentation and/or other materials provided with the distribution.
 * 3.  Neither the name of Apple Inc. ("Apple") nor the names of
 *     its contributors may be used to endorse or promote products derived
 *     from this software without specific prior written permission.
 *
 * THIS SOFTWARE IS PROVIDED BY APPLE AND ITS CONTRIBUTORS "AS IS" AND ANY
 * EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
 * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
 * DISCLAIMED. IN NO EVENT SHALL APPLE OR ITS CONTRIBUTORS BE LIABLE FOR ANY
 * DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
 * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
 * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
 * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
 * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
 */

// This IDL file is for testing the bindings code generator and for tracking
// changes in its output.

enum TestEnumType { "", "enumValue1", "EnumValue2", "EnumValue3" };

// Leading underscore on an enum should be removed.
enum _optional { "", "OptionalValue1", "OptionalValue2", "OptionalValue3" };

[ImplementedAs=AlternateEnumName] enum TestEnumTypeWithAlternateImplementationName { "enumValue1", "EnumValue2" };

[Conditional=Condition1] enum TestEnumA { "A" };
[Conditional=Condition1&Condition2] enum TestEnumB { "B" };
[Conditional=Condition1|Condition2] enum TestEnumC { "C" };

enum TestObjKind { "quick", "dead" };
enum ObjSize { "small", "much-much-larger" };
enum TestConfidence { "high", "kinda-low" };

[
    ConstructorCallWith=Document,
    Constructor(TestCallbackInterface testCallback, TestCallbackFunction testCallbackFunction),
    InterfaceName=TestObject,
    Exposed=(Window,Worker)
] interface TestObj {
    // Attributes
    readonly attribute long            readOnlyLongAttr;
    readonly attribute DOMString       readOnlyStringAttr;
    readonly attribute TestObj         readOnlyTestObjAttr;
    static readonly attribute long     staticReadOnlyLongAttr;
    static attribute DOMString         staticStringAttr;
    static readonly attribute TestSubObjConstructor TestSubObj;
    attribute TestEnumType enumAttr;
    attribute byte byteAttr;
    attribute octet octetAttr;
    [Unscopable] attribute short shortAttr;
    attribute [Clamp] short clampedShortAttr;
    attribute [EnforceRange] short enforceRangeShortAttr;
    attribute unsigned short unsignedShortAttr;
    attribute long longAttr;
    attribute long long longLongAttr;
    attribute unsigned long long unsignedLongLongAttr;
    attribute DOMString stringAttr;
    attribute USVString usvstringAttr;
    attribute TestObj testObjAttr;
    attribute TestObj? testNullableObjAttr;
    [LenientThis] attribute TestObj lenientTestObjAttr;
    [Unforgeable] readonly attribute DOMString unforgeableAttr;
    attribute [TreatNullAs=EmptyString] DOMString stringAttrTreatingNullAsEmptyString;
    attribute [TreatNullAs=EmptyString] USVString usvstringAttrTreatingNullAsEmptyString;
    attribute [TreatNullAs=EmptyString] ByteString byteStringAttrTreatingNullAsEmptyString;
    attribute record<DOMString, long> stringLongRecordAttr;
    attribute record<USVString, long> usvstringLongRecordAttr;
    attribute record<ByteString, long> usvstringLongRecordAttr;
    attribute record<DOMString, TestObj> stringObjRecordAttr;
    attribute record<DOMString, TestObj?> stringNullableObjRecordAttr;
    attribute TestDictionary dictionaryAttr;
    attribute TestDictionary? nullableDictionaryAttr;
    attribute (DOMString or [Clamp] long) annotatedTypeInUnionAttr;
    attribute sequence<[Clamp] long> annotatedTypeInSequenceAttr;

    attribute TestEnumTypeWithAlternateImplementationName implementationEnumAttr;

    // WK_ucfirst, WK_lcfirst exceptional cases.
    attribute TestObj                  XMLObjAttr;
    attribute boolean                  create;

    // Reflected DOM attributes
    [Reflect] attribute DOMString reflectedStringAttr;
    [Reflect] attribute USVString reflectedUSVStringAttr;
    [Reflect] attribute long reflectedIntegralAttr;
    [Reflect] attribute unsigned long reflectedUnsignedIntegralAttr;
    [Reflect] attribute boolean reflectedBooleanAttr;
    [Reflect, URL] attribute DOMString reflectedURLAttr;
    [Reflect, URL] attribute USVString reflectedUSVURLAttr;
    [Reflect=customContentStringAttr] attribute DOMString reflectedStringAttr;
    [Reflect=customContentIntegralAttr] attribute long reflectedCustomIntegralAttr;
    [Reflect=customContentBooleanAttr] attribute boolean reflectedCustomBooleanAttr;
    [Reflect=customContentURLAttr, URL] attribute DOMString reflectedCustomURLAttr;

    // [EnabledAtRuntime] attributes and operations.
    [Conditional=TEST_FEATURE, EnabledAtRuntime=TestFeature&TestFeature1] attribute DOMString enabledAtRuntimeAttribute;
    [Conditional=TEST_FEATURE, EnabledAtRuntime=TestFeature] void enabledAtRuntimeOperation(DOMString testParam);
    [Conditional=TEST_FEATURE, EnabledAtRuntime=TestFeature] void enabledAtRuntimeOperation(long testParam);

    [EnabledForWorld=someWorld, EnabledAtRuntime=TestFeature] void enabledInSpecificWorldWhenRuntimeFeatureEnabled(long testParam);
    [EnabledForWorld=someWorld] void worldSpecificMethod(long testParam);

    // [SecureContext] attributes and operations; will not be exposed to a non-secure context.
    // From <https://w3c.github.io/webappsec-secure-contexts/#integration-idl> (Editor's Draft, 17 November 2016)
    [SecureContext] Promise<double> calculateSecretResult();
    [SecureContext] boolean getSecretBoolean();
    [Conditional=TEST_FEATURE, SecureContext, EnabledAtRuntime=TestFeature] boolean testFeatureGetSecretBoolean();

    // TypedArray attribute
    attribute Float32Array typedArrayAttr;

    iterable<DOMString>;

    // Methods
    [Unscopable] void voidMethod();
    void voidMethodWithArgs(long longArg, DOMString strArg, TestObj objArg);
    byte byteMethod();
    byte byteMethodWithArgs(byte byteArg, DOMString strArg, TestObj objArg);
    octet octetMethod();
    octet octetMethodWithArgs(octet octetArg, DOMString strArg, TestObj objArg);
    long longMethod();
    long longMethodWithArgs(long longArg, DOMString strArg, TestObj objArg);
    TestObj objMethod();
    TestObj objMethodWithArgs(long longArg, DOMString strArg, TestObj objArg);
    [Unforgeable] long unforgeableMethod();
    void methodWithArgTreatingNullAsEmptyString([TreatNullAs=EmptyString] DOMString arg);
    void methodWithXPathNSResolverParameter(XPathNSResolver resolver);

    // Nullable String return values.
    DOMString? nullableStringMethod();
    static DOMString? nullableStringStaticMethod();
    getter DOMString? nullableStringSpecialMethod(unsigned long index);

    void methodWithEnumArg(TestEnumType enumArg);
    void methodWithStandaloneEnumArg(TestStandaloneEnumeration enumArg);
    void methodWithOptionalEnumArg(optional TestEnumType enumArg);
    void methodWithOptionalEnumArgAndDefaultValue(optional TestEnumType enumArg = "EnumValue1");
    [MayThrowException] TestObj methodThatRequiresAllArgsAndThrows(DOMString strArg, TestObj objArg);

    void methodWithUSVStringArg(USVString str);
    void methodWithNullableUSVStringArg(USVString? str);
    void methodWithUSVStringArgTreatingNullAsEmptyString([TreatNullAs=EmptyString] USVString str);

    void methodWithByteStringArg(ByteString str);
    void methodWithNullableByteStringArg(ByteString? str);
    void methodWithByteStringArgTreatingNullAsEmptyString([TreatNullAs=EmptyString] ByteString str);

    void serializedValue(SerializedScriptValue serializedArg);

    void methodWithRecord(record<DOMString, long> recordParameter);

    // Exceptions
    [MayThrowException] void methodWithException();
    [MayThrowException] long methodWithExceptionReturningLong();
    [MayThrowException] TestObj methodWithExceptionReturningObject();

    // 'Custom' extended attribute
    [Custom] attribute long            customAttr;
    [Custom] void customMethod();
    [Custom] void customMethodWithArgs(long longArg, DOMString strArg, TestObj objArg);

    // 'JSBuiltin' extended attribute
    [Conditional=Condition3, JSBuiltin] void jsBuiltinMethod();
    [Conditional=Condition3, JSBuiltin] void jsBuiltinMethodWithArgs(long longArg, DOMString strArg, TestObj objArg);
    [Conditional=Condition4, JSBuiltin] attribute TestObj jsBuiltinAttribute;
    [Conditional=Condition4, JSBuiltin] readonly attribute TestObj jsBuiltinReadOnlyAttribute;

    // Private extended attribute
    [PrivateIdentifier] DOMString privateMethod(DOMString argument);
    [PrivateIdentifier, PublicIdentifier] DOMString publicAndPrivateMethod(DOMString argument);

    void addEventListener(DOMString type, EventListener listener, optional boolean useCapture = false);
    void removeEventListener(DOMString type, EventListener listener, optional boolean useCapture = false);
    attribute EventHandler onfoo;
    [ImplementedAs=onfoo] attribute EventHandler onwebkitfoo;

    // 'CallWith' extended attribute
    [CallWith=ScriptState] void withScriptStateVoid();
    [CallWith=ScriptState] TestObj withScriptStateObj();
    [CallWith=ScriptState, MayThrowException] void withScriptStateVoidException();
    [CallWith=ScriptState, MayThrowException] TestObj withScriptStateObjException();
    [CallWith=ScriptExecutionContext] void withScriptExecutionContext();
    [CallWith=ScriptExecutionContext&ScriptState] void withScriptExecutionContextAndScriptState();
    [CallWith=ScriptExecutionContext&ScriptState, MayThrowException] TestObj withScriptExecutionContextAndScriptStateObjException();
    [CallWith=  ScriptExecutionContext  &  ScriptState  ] TestObj withScriptExecutionContextAndScriptStateWithSpaces();
    [CallWith=Document] void withDocumentArgument();
    [CallWith=IncumbentDocument] void withCallerDocumentArgument();
    [CallWith=IncumbentWindow] void withCallerWindowArgument();

    [CallWith=ScriptState] attribute long withScriptStateAttribute;
    [CallWith=ScriptState, SetterCallWith=ActiveWindow&FirstWindow] attribute long withCallWithAndSetterCallWithAttribute;
    [CallWith=ScriptExecutionContext] attribute TestObj withScriptExecutionContextAttribute;
    [CallWith=ScriptExecutionContext&ScriptState] attribute TestObj withScriptExecutionContextAndScriptStateAttribute;
    [CallWith=  ScriptExecutionContext  &  ScriptState  ] attribute TestObj withScriptExecutionContextAndScriptStateWithSpacesAttribute;

    // Optional parameters.
    void    methodWithOptionalArg(optional long opt);
    void    methodWithOptionalArgAndDefaultValue(optional long opt = 666);
    void    methodWithNonOptionalArgAndOptionalArg(long nonOpt, optional long opt);
    void    methodWithNonOptionalArgAndTwoOptionalArgs(long nonOpt, optional long opt1, optional long opt2);
    void    methodWithOptionalString(optional DOMString str);
    void    methodWithOptionalUSVString(optional USVString str);
    void    methodWithOptionalAtomicString(optional [AtomicString] DOMString str);
    void    methodWithOptionalStringAndDefaultValue(optional DOMString str = "foo");
    void    methodWithOptionalAtomicStringAndDefaultValue(optional [AtomicString] DOMString str = "foo");
    void    methodWithOptionalStringIsNull(optional DOMString str = null);
    void    methodWithOptionalStringIsUndefined(optional DOMString str = "undefined");
    void    methodWithOptionalAtomicStringIsNull(optional [AtomicString] DOMString str = null);
    void    methodWithOptionalStringIsEmptyString(optional DOMString str = "");
    void    methodWithOptionalUSVStringIsEmptyString(optional USVString str = "");
    void    methodWithOptionalAtomicStringIsEmptyString(optional [AtomicString] DOMString str = "");
    void    methodWithOptionalDoubleIsNaN(optional unrestricted double number = NaN);
    void    methodWithOptionalFloatIsNaN(optional unrestricted float number = NaN);
    void    methodWithOptionalLongLong(optional long long number);
    void    methodWithOptionalLongLongIsZero(optional long long number = 0);
    void    methodWithOptionalUnsignedLongLong(optional unsigned long long number);
    void    methodWithOptionalUnsignedLongLongIsZero(optional unsigned long long number = 0);
    void    methodWithOptionalSequence(optional sequence<DOMString> array);
    void    methodWithOptionalSequenceIsEmpty(optional sequence<DOMString> array = []);
    void    methodWithOptionalBoolean(optional boolean b);
    void    methodWithOptionalBooleanIsFalse(optional boolean b = false);
    void    methodWithOptionalAny(optional any a);
    void    methodWithOptionalObject(optional object a);
    void    methodWithOptionalNullableWrapper(optional TestObj? obj);
    void    methodWithOptionalNullableWrapperIsNull(optional TestObj? obj = null);
    void    methodWithOptionalXPathNSResolver(optional XPathNSResolver? resolver);
    void    methodWithOptionalRecord(optional record<DOMString, long>? record = null);
    void    methodWithOptionalPromise(optional Promise<void> promise);

    // Callback interface parameters.
    void    methodWithCallbackArg(TestCallbackInterface callback);
    void    methodWithNonCallbackArgAndCallbackArg(long nonCallback, TestCallbackInterface callback);
    void    methodWithCallbackAndOptionalArg(optional TestCallbackInterface? callback);

    // Callback function parameters.
    void    methodWithCallbackFunctionArg(TestCallbackFunction callback);
    void    methodWithNonCallbackArgAndCallbackFunctionArg(long nonCallback, TestCallbackFunction callback);
    void    methodWithCallbackFunctionAndOptionalArg(optional TestCallbackFunction? callback);

    // static methods with 'Callback' extended attribute
    static void    staticMethodWithCallbackAndOptionalArg(optional TestCallbackInterface? callback);
    static void    staticMethodWithCallbackArg(TestCallbackInterface callback);

    // 'Conditional' extended attribute
    [Conditional=Condition1] attribute long conditionalAttr1;
    [Conditional=Condition1&Condition2] attribute long conditionalAttr2;
    [Conditional=Condition1|Condition2] attribute long conditionalAttr3;

    // 'Conditional' extended method
    [Conditional=Condition1] DOMString conditionalMethod1();
    [Conditional=Condition1&Condition2] void conditionalMethod2();
    [Conditional=Condition1|Condition2] void conditionalMethod3();

    [Conditional=Condition1] attribute TestObjectAConstructor conditionalAttr4;
    [Conditional=Condition1&Condition2] attribute TestObjectBConstructor conditionalAttr5;
    [Conditional=Condition1|Condition2] attribute TestObjectCConstructor conditionalAttr6;

    [Conditional=Condition1] const unsigned short CONDITIONAL_CONST = 0;

    [CachedAttribute] readonly attribute any cachedAttribute1;
    [CachedAttribute] readonly attribute any cachedAttribute2;
    
    attribute any anyAttribute;
    attribute object objectAttribute;

    // Overloads
    void    overloadedMethod(TestObj? objArg, DOMString strArg);
    void    overloadedMethod(TestObj? objArg, optional long longArg);
    void    overloadedMethod(DOMString strArg);
    void    overloadedMethod(long longArg);
    void    overloadedMethod(TestCallbackInterface callback);
    void    overloadedMethod(DOMStringList? listArg);
    void    overloadedMethod(sequence<DOMString>? arrayArg);
    void    overloadedMethod(TestObj objArg);
    void    overloadedMethod(WindowProxy window);
    void    overloadedMethod(sequence<DOMString> arrayArg);
    void    overloadedMethod(sequence<unsigned long> arrayArg);
    void    overloadedMethod(DOMString strArg);

    // FIXME: Implement support for overloaded functions with variadic arguments.
    void    overloadedMethod(Blob... blobArgs);

    void overloadedMethodWithOptionalParameter(DOMString strArg, optional TestObj? objArg = null);
    void overloadedMethodWithOptionalParameter(TestObj? objArg, optional long longArg);

    void overloadedMethodWithDistinguishingUnion((TestObj or TestNode) objectOrNode);
    void overloadedMethodWithDistinguishingUnion(long value);

    void overloadedMethodWith2DistinguishingUnions((TestObj or TestNode) objectOrNode);
    void overloadedMethodWith2DistinguishingUnions((TestInterface or DOMString or long) value);

    void overloadedMethodWithNonDistinguishingUnion((TestObj or TestNode) objectOrNode, TestObj object);
    void overloadedMethodWithNonDistinguishingUnion((TestObj or TestNode) objectOrNode, TestNode node);

    void overloadWithNullableUnion((TestObj or TestNode)? objectOrNode);
    void overloadWithNullableUnion(long index);

    void overloadWithOptionalUnion(optional (DOMString or boolean) objectOrNode = true);
    void overloadWithOptionalUnion(long index);

    void overloadWithNullableNonDistinguishingParameter(TestObj? obj, TestNode node);
    void overloadWithNullableNonDistinguishingParameter(TestNode? node, long index);

    // Class methods within JavaScript (like what's used for IDBKeyRange).
    static void classMethod();
    static long classMethodWithOptional(optional long arg);
    [Custom] static void classMethod2(long arg);

    // Static method with conditional on overloaded methods
    [Conditional=Condition1] static void overloadedMethod1(long arg);
    [Conditional=Condition1] static void overloadedMethod1(DOMString type);

    void classMethodWithClamp([Clamp] unsigned short objArgsShort, [Clamp] unsigned long objArgsLong);
    void classMethodWithClampOnOptional(optional [Clamp] long objArgsLong = 0);
    void classMethodWithEnforceRange([EnforceRange] unsigned short objArgsShort, [EnforceRange] unsigned long objArgsLong);
    void classMethodWithEnforceRangeOnOptional(optional [EnforceRange] long objArgsLong = 0);

    void methodWithUnsignedLongSequence(sequence<unsigned long> unsignedLongSequence);
    [MayThrowException] sequence<DOMString> stringArrayFunction(sequence<DOMString> values);
    [MayThrowException] DOMStringList domStringListFunction(DOMStringList values);

    void operationWithOptionalUnionParameter(optional (DOMString or sequence<unrestricted double>) optionalUnion);

    void methodWithAndWithoutNullableSequence(sequence<unsigned long> arrayArg, sequence<unsigned long>? nullableArrayArg);

    Element? getElementById([RequiresExistingAtomicString] DOMString elementId);

    [CheckSecurityForNode] readonly attribute Document contentDocument;
    [CheckSecurityForNode, MayThrowException] SVGDocument getSVGDocument();

    void convert1(TestNode value);
    void convert2(TestNode? value);
    void convert3(DOMString value);
    void convert4(DOMString? value);

    attribute SVGPoint mutablePoint;
    SVGPoint mutablePointFunction();

    [ImplementedAs=banana] void orange();
    [ImplementedAs=blueberry] attribute long strawberry;

    // ObjectiveC reserved words.
    readonly attribute long      description;
    attribute long               id;
    readonly attribute DOMString hash;

    // Check constants and enums.
    const unsigned short CONST_VALUE_0 = 0;
    const unsigned short CONST_VALUE_1 = 1;
    const unsigned short CONST_VALUE_2 = 2;
    const unsigned short CONST_VALUE_4 = 4;
    const unsigned short CONST_VALUE_8 = 8;
    const short CONST_VALUE_9 = -1;
    const unsigned short CONST_VALUE_11 = 0xffffffff;
    const unsigned short CONST_VALUE_12 = 0x01;
    const unsigned short CONST_VALUE_13 = 0X20;
    const unsigned short CONST_VALUE_14 = 0x1abc;
    [Reflect=CONST_IMPL] const unsigned short CONST_JAVASCRIPT = 15;

    [Replaceable] readonly attribute long replaceableAttribute;

    void variadicStringMethod(DOMString head, DOMString... tail);
    void variadicDoubleMethod(unrestricted double head, unrestricted double... tail);
    void variadicNodeMethod(Node head, Node... tail);
    void variadicUnionMethod(DOMString head, (Node or DOMString)... tail);

    // Nullable attributes.
    readonly attribute unrestricted double? nullableDoubleAttribute;
    readonly attribute long? nullableLongAttribute;
    readonly attribute boolean? nullableBooleanAttribute;
    readonly attribute DOMString? nullableStringAttribute;

    attribute long? nullableLongSettableAttribute;
    attribute DOMString? nullableStringSettableAttribute;
    attribute USVString? nullableUSVStringSettableAttribute;
    attribute ByteString? nullableByteStringSettableAttribute;

    // Identifiers with a leading underscore, which should be removed.
    const unsigned short               _readonly = 0;
    readonly attribute DOMString       _attribute;
    attribute _optional                attributeWithReservedEnumType;
    void _any(unrestricted float a, long b);

    readonly attribute Promise<void> testReadOnlyVoidPromiseAttribute;
    readonly attribute Promise<TestNode> testReadOnlyPromiseAttribute;
    
    // Promise function
    Promise<void> testPromiseFunction();
    Promise<void> testPromiseFunctionWithFloatArgument(float a);
    [MayThrowException] Promise<void> testPromiseFunctionWithException();
    Promise<void> testPromiseFunctionWithOptionalIntArgument(optional long a);
    Promise<void> testPromiseOverloadedFunction(float a);
    Promise<void> testPromiseOverloadedFunction(FetchRequest request);
    static Promise<void> testStaticPromiseFunction();
    [MayThrowException] static Promise<void> testStaticPromiseFunctionWithException();
    [Custom] Promise<void> testCustomPromiseFunction();
    [Custom] static Promise<void> testStaticCustomPromiseFunction();
    [Custom, ReturnsOwnPromise] Promise<void> testCustomReturnsOwnPromiseFunction();
    [ReturnsOwnPromise, PromiseProxy] Promise<void> testReturnsOwnPromiseAndPromiseProxyFunction();

    // PutForwards
    [PutForwards=name] readonly attribute TestNode putForwardsAttribute;
    [PutForwards=name] readonly attribute TestNode? putForwardsNullableAttribute;

    // Overloading with conditionals.
    [Conditional=CONDITION1] void conditionalOverload(DOMString str);
    [Conditional=CONDITION2] void conditionalOverload(long a);

    void singleConditionalOverload(DOMString str);
    [Conditional=CONDITION] void singleConditionalOverload(long a);

    void attachShadowRoot(TestDictionary init);
    void operationWithExternalDictionaryParameter(TestStandaloneDictionary dict);

    stringifier attribute USVString stringifierAttribute;

    serializer = {create, readOnlyStringAttr, enumAttr, longAttr};

    void bufferSourceParameter(BufferSource data);
    
    legacycaller void legacyCallerNamed(long param);
    legacycaller long (DOMString param);
    legacycaller void ();

    Node testReturnValueOptimization([ReturnValue] Node a, Node b);
    [MayThrowException] Node testReturnValueOptimizationWithException([ReturnValue] Node a, Node b);

    [ConditionallyReadWrite=CONDITION] attribute Node conditionallyReadWriteAttribute;
    [Conditional=CONDITION2, ConditionallyReadWrite=CONDITION] attribute Node conditionalAndConditionallyReadWriteAttribute;

    [Exposed=Window] attribute long conditionallyExposedToWindowAttribute;
    [Exposed=Worker] attribute long conditionallyExposedToWorkerAttribute;
    [Exposed=(Worker, Window)] attribute long conditionallyExposedToWindowAndWorkerAttribute;
    [Exposed=Window] void conditionallyExposedToWindowFunction();
    [Exposed=Worker] void conditionallyExposedToWorkerFunction();
    [Exposed=(Window, Worker)] void conditionallyExposedToWindowAndWorkerFunction();
};

// The following comment should not generate any code.
// TestObj implements TestImplements;

typedef any AnyTypedef;

[
    JSGenerateToJSObject
] dictionary TestDictionary {
    TestEnumType enumerationValueWithoutDefault;
    TestEnumType enumerationValueWithDefault = "enumValue1";
    TestEnumType enumerationValueWithEmptyStringDefault = "";
    DOMString stringWithDefault = "defaultString";
    DOMString stringWithoutDefault;
    DOMString? nullableStringWithDefault = null;
    [TreatNullAs=EmptyString] DOMString stringTreatNullAsEmptyString;
    boolean booleanWithDefault = false;
    boolean booleanWithoutDefault;
    sequence<DOMString> sequenceOfStrings;
    double restrictedDouble;
    unrestricted double unrestrictedDouble;
    double restrictedDoubleWithDefault = 0;
    unrestricted double unrestrictedDoubleWithDefault = 0;
    float restrictedFloat;
    unrestricted float unrestrictedFloat;
    float restrictedFloatWithDefault = 0;
    unrestricted float unrestrictedFloatWithDefault = 0;
    [Clamp] byte smallIntegerClamped;
    byte smallIntegerWithDefault;
    [EnforceRange] octet smallUnsignedIntegerEnforcedRange;
    octet smallUnsignedIntegerWithDefault = 0;
    long integer;
    long integerWithDefault = 0;
    unsigned long unsignedInteger;
    unsigned long unsignedIntegerWithDefault = 0;
    long long largeInteger;
    long long largeIntegerWithDefault = 0;
    unsigned long long unsignedLargeInteger;
    unsigned long long unsignedLargeIntegerWithDefault = 0;
    long? nullableIntegerWithDefault = null;
    Node? nullableNode = null;
    TestEnumType? nullableEnum = null;
    any anyValue;
    any anyValueWithNullDefault = null;
    [ImplementedAs=foo] any fooAlias;
    [ImplementedAs=fooWithDefault] any fooWithDefaultAlias = 0;
    AnyTypedef anyTypedefValue;
    TestDictionaryThatShouldTolerateNull dictionaryMember;
    (long or Node) unionMember;
    (long or Node)? nullableUnionMember = null;
    BufferSource bufferSourceValue;
    required BufferSource requiredBufferSourceValue;
    (DOMString or [Clamp] long) annotatedTypeInUnionMember;
    sequence<[Clamp] long> annotatedTypeInSequenceMember;
};

dictionary TestDictionaryThatShouldNotTolerateNull {
    required TestEnumType requiredEnumerationValue;
    boolean booleanWithoutDefault;
    required Node nonNullableNode;
    required TestDictionary requiredDictionaryMember;
};

dictionary TestDictionaryThatShouldTolerateNull {
    TestEnumType enumerationValue;
    boolean booleanWithoutDefault;
};

[
    ImplementedAs=AlternateDictionaryName
] dictionary TestDictionaryWithAlternateImplementationName {
    TestEnumType enumerationValue;
    boolean booleanWithoutDefault;
};

dictionary ParentDictionary {
    boolean parentMember2;
    boolean parentMember1;
};

dictionary ChildDictionary : ParentDictionary {
    boolean childMember2;
    boolean childMember1;
};

[
    Conditional=Condition1
] dictionary TestConditionalDictionaryA {
    DOMString stringWithoutDefault;
};

[
    Conditional=Condition1&Condition2
] dictionary TestConditionalDictionaryB {
    DOMString stringWithoutDefault;
};

[
    Conditional=Condition1|Condition2
] dictionary TestConditionalDictionaryC {
    DOMString stringWithoutDefault;
};