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Meta: address Bikeshed errors
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@annevk
annevk authored Jan 24, 2025
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Expand Up @@ -5065,7 +5065,7 @@ over just using {{SyntaxError!!exception}} to refer to the {{DOMException}}. [[D
<tbody>
<tr class="deprecated">
<td>"<dfn id="indexsizeerror" exception export><code>IndexSizeError</code></dfn>"</td>
<td><strong>Deprecated.</strong> Use {{RangeError}} instead.</td></td>
<td><strong>Deprecated.</strong> Use {{RangeError}} instead.</td>
<td><dfn id="dom-domexception-index_size_err" for="DOMException" const export><code>INDEX_SIZE_ERR</code></dfn>&nbsp;(1)</td>
</tr>
<tr>
Expand All @@ -5075,7 +5075,7 @@ over just using {{SyntaxError!!exception}} to refer to the {{DOMException}}. [[D
</tr>
<tr>
<td>"<dfn id="wrongdocumenterror" exception export><code>WrongDocumentError</code></dfn>"</td>
<td>The object is in the wrong [=document=]. [[DOM]]</td>
<td>The object is in the wrong [=/document=]. [[DOM]]</td>
<td><dfn id="dom-domexception-wrong_document_err" for="DOMException" const export><code>WRONG_DOCUMENT_ERR</code></dfn>&nbsp;(4)</td>
</tr>
<tr>
Expand Down Expand Up @@ -7649,7 +7649,7 @@ value when its bit pattern is interpreted as an [=/64-bit unsigned integer=].
</div>

<p id="DOMString-to-js">
<span id="DOMString-to-es"></script>
<span id="DOMString-to-es"></span>
The result of [=converted to a JavaScript value|converting=]
an IDL {{DOMString}} value to a JavaScript
value is the String
Expand All @@ -7675,7 +7675,7 @@ value when its bit pattern is interpreted as an [=/64-bit unsigned integer=].
</div>

<p id="ByteString-to-js">
<span id="ByteString-to-es"></script>
<span id="ByteString-to-es"></span>
The result of [=converted to a JavaScript value|converting=]
an IDL {{ByteString}} value to a JavaScript
value is a String
Expand Down Expand Up @@ -8249,7 +8249,7 @@ IDL [=promise type=] values are represented by JavaScript [=PromiseCapability=]
<code><a interface>Promise</a>&lt;<var ignore>T</var>&gt;</code> in a [=realm=] |realm|,
perform the following steps:

1. Let |constructor| be |realm|.\[[Intrinsics]].[[{{%Promise%}}]].
1. Let |constructor| be |realm|.\[[Intrinsics]].\[[{{%Promise%}}]].
1. Return [=?=] [$NewPromiseCapability$](|constructor|).
</div>

Expand All @@ -8261,7 +8261,7 @@ IDL [=promise type=] values are represented by JavaScript [=PromiseCapability=]

1. Let |value| be the result of [=converted to a JavaScript value|converting=] |x| to a
JavaScript value.
1. Let |constructor| be |realm|.\[[Intrinsics]].[[{{%Promise%}}]].
1. Let |constructor| be |realm|.\[[Intrinsics]].\[[{{%Promise%}}]].
1. Let |promiseCapability| be [=?=] [$NewPromiseCapability$](|constructor|).
1. Perform [=!=] [$Call$](|promiseCapability|.\[[Resolve]], <emu-val>undefined</emu-val>,
« |value| »).
Expand All @@ -8274,7 +8274,7 @@ IDL [=promise type=] values are represented by JavaScript [=PromiseCapability=]
<code><a interface>Promise</a>&lt;<var ignore>T</var>&gt;</code>, with reason |r| (a
JavaScript value) in a [=realm=] |realm|, perform the following steps:

1. Let |constructor| be |realm|.\[[Intrinsics]].[[{{%Promise%}}]].
1. Let |constructor| be |realm|.\[[Intrinsics]].\[[{{%Promise%}}]].
1. Let |promiseCapability| be [=?=] [$NewPromiseCapability$](|constructor|).
1. Perform [=!=] [$Call$](|promiseCapability|.\[[Reject]], <emu-val>undefined</emu-val>,
« |r| »).
Expand Down Expand Up @@ -8325,7 +8325,7 @@ IDL [=promise type=] values are represented by JavaScript [=PromiseCapability=]
[=a promise rejected with=] |reason|.
1. Return |result|, [=converted to a JavaScript value=].
1. Let |onRejected| be [$CreateBuiltinFunction$](|onRejectedSteps|, « »):
1. Let |constructor| be |promise|.\[[Promise]].\[[Realm]].\[[Intrinsics]].[[{{%Promise%}}]].
1. Let |constructor| be |promise|.\[[Promise]].\[[Realm]].\[[Intrinsics]].\[[{{%Promise%}}]].
1. Let |newCapability| be [=?=] [$NewPromiseCapability$](|constructor|).

Note: Not all callers will use the returned {{Promise}}. Implementations might wish to
Expand Down Expand Up @@ -8900,7 +8900,7 @@ a reference to the same object that the IDL value represents.
|bytes| in a [=realm=] |realm|:

1. Let |jsArrayBuffer| be [=?=]
[$AllocateArrayBuffer$](|realm|.\[[Intrinsics]].[[{{%ArrayBuffer%}}]], |bytes|'s
[$AllocateArrayBuffer$](|realm|.\[[Intrinsics]].\[[{{%ArrayBuffer%}}]], |bytes|'s
[=byte sequence/length=]).
1. Let |arrayBuffer| be the result of [=converted to an IDL value|converting=] |jsArrayBuffer|
to an IDL value of type {{ArrayBuffer}}.
Expand All @@ -8913,7 +8913,7 @@ a reference to the same object that the IDL value represents.
[=byte sequence=] |bytes| in a [=realm=] |realm|:

1. Let |jsSharedArrayBuffer| be [=?=]
[$AllocateSharedArrayBuffer$](|realm|.\[[Intrinsics]].[[{{%SharedArrayBuffer%}}]], |bytes|'s
[$AllocateSharedArrayBuffer$](|realm|.\[[Intrinsics]].\[[{{%SharedArrayBuffer%}}]], |bytes|'s
[=byte sequence/length=]).
1. Let |sharedArrayBuffer| be the result of [=converted to an IDL value|converting=]
|jsSharedArrayBuffer| to an IDL value of type {{SharedArrayBuffer}}.
Expand Down Expand Up @@ -9089,7 +9089,7 @@ a reference to the same object that the IDL value represents.
1. Perform [=?=] [$DetachArrayBuffer$](|jsArrayBuffer|).
1. If |targetRealm| is not given, let |targetRealm| be the [=current realm=].
1. Let |jsTransferred| be [=?=]
[$AllocateArrayBuffer$](|targetRealm|.\[[Intrinsics]].[[{{%ArrayBuffer%}}]], 0).
[$AllocateArrayBuffer$](|targetRealm|.\[[Intrinsics]].\[[{{%ArrayBuffer%}}]], 0).
1. Set |jsTransferred|.\[[ArrayBufferData]] to |arrayBufferData|.
1. Set |jsTransferred|.\[[ArrayBufferByteLength]] to |arrayBufferByteLength|.
1. Return the result of [=converted to an IDL value|converting=] |jsTransferred| to an IDL
Expand Down Expand Up @@ -11561,7 +11561,7 @@ default interfaces do not have such steps.
1. Assert: |O| is an object that [=implements=] |I|.
1. Assert: |O|.\[[Realm]] is |realm|.
1. Return |O|.
1. Let |constructorProto| be |realm|.\[[Intrinsics]].[[{{%Function.prototype%}}]].
1. Let |constructorProto| be |realm|.\[[Intrinsics]].\[[{{%Function.prototype%}}]].
1. If |I| inherits from some other interface |P|,
then set |constructorProto| to the [=interface object=] of |P| in |realm|.
1. Let |F| be <a abstract-op>CreateBuiltinFunction</a>(|steps|, « \[[Unforgeables]] »,
Expand Down Expand Up @@ -11662,8 +11662,8 @@ with the [{{LegacyNoInterfaceObject}}] [=extended attribute=].
then set |proto| to the [=interface prototype object=] in |realm|
of that [=inherited interface=].
1. Otherwise, if |interface| is the {{DOMException}} [=interface=],
then set |proto| to |realm|.\[[Intrinsics]].[[{{%Error.prototype%}}]].
1. Otherwise, set |proto| to |realm|.\[[Intrinsics]].[[{{%Object.prototype%}}]].
then set |proto| to |realm|.\[[Intrinsics]].\[[{{%Error.prototype%}}]].
1. Otherwise, set |proto| to |realm|.\[[Intrinsics]].\[[{{%Object.prototype%}}]].
1. Assert: |proto| [=is an Object=].
1. Let |interfaceProtoObj| be null.
1. If |realm|'s [=is global prototype chain mutable=] is true, then:
Expand Down Expand Up @@ -11761,7 +11761,7 @@ for that interface on which named properties are exposed.
1. Let |proto| be null.
1. If |interface| is declared to inherit from another interface,
then set |proto| to the [=interface prototype object=] in |realm| for the [=inherited interface=].
1. Otherwise, set |proto| to |realm|.\[[Intrinsics]].[[{{%Object.prototype%}}]].
1. Otherwise, set |proto| to |realm|.\[[Intrinsics]].\[[{{%Object.prototype%}}]].
1. Let |obj| be [$MakeBasicObject$](« \[[Prototype]], \[[Extensible]] »).
1. Set |obj|.\[[GetOwnProperty]] as specified in [[#named-properties-object-getownproperty]].
1. Set |obj|.\[[DefineOwnProperty]] as specified in [[#named-properties-object-defineownproperty]].
Expand Down Expand Up @@ -14531,7 +14531,7 @@ The characteristics of a namespace object are described in [[#namespace-object]]
The namespace object for a given [=namespace=] |namespace| and [=realm=] |realm|
is <dfn lt="create a namespace object">created</dfn> as follows:

1. Let |namespaceObject| be [$OrdinaryObjectCreate$](|realm|.\[[Intrinsics]].[[{{%Object.prototype%}}]]).
1. Let |namespaceObject| be [$OrdinaryObjectCreate$](|realm|.\[[Intrinsics]].\[[{{%Object.prototype%}}]]).
1. [=Define the regular attributes=] of |namespace| on |namespaceObject| given |realm|.
1. [=Define the regular operations=] of |namespace| on |namespaceObject| given |realm|.
1. [=Define the constants=] of |namespace| on |namespaceObject| given |realm|.
Expand Down Expand Up @@ -14585,7 +14585,7 @@ A {{DOMException}} is represented by a

1. Let |args| be « |message| ».

1. Let |constructor| be [=current realm=].\[[Intrinsics]].[[%|T|%]].
1. Let |constructor| be [=current realm=].\[[Intrinsics]].\[[%|T|%]].

1. Return [=!=] [$Construct$](|constructor|, |args|).
</div>
Expand Down Expand Up @@ -14917,7 +14917,7 @@ Extensions to any other aspect of the IDL language are
strongly discouraged.


<h2 id="legacy-constructs">Legacy constructs</h4>
<h2 id="legacy-constructs">Legacy constructs</h2>

<i>This section is informative.</i>

Expand Down Expand Up @@ -15195,14 +15195,14 @@ defined in this specification — see
for the syntaxes that are used by these extended attributes.


<h2 id="conventions" class="no-num">Document conventions</h3>
<h2 id="conventions" class="no-num">Document conventions</h2>

The following typographic conventions are used in this document:

* Defining instances of terms: <dfn id="dfn-example-term">example term</dfn>
* Links to terms defined in this document or elsewhere: [=example term=]
* Grammar terminals: <emu-t>sometoken</emu-t>
* Grammar non-terminals: <emu-nt>ExampleGrammarNonTerminal</emu-t>
* Grammar non-terminals: <emu-nt>ExampleGrammarNonTerminal</emu-nt>
* Grammar symbols: <emu-t class="regex">identifier</emu-t>
* IDL types: {{unsigned long}}
* JavaScript classes: {{Map}}
Expand Down

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