deploy: 6e9fda1

Author: padenot

compile.sh

@@ -36,16 +36,18 @@ fi
 # Run bikeshed and save the output.  You can use this output as is
 # to update expected-errs.txt.
 bikeshed --print=plain -f spec 2>&1 | tee $BSLOG
+
 # Remove the line numbers from the log, and make sure it ends with a newline.
 # Also remove any lines that start "cannot identify image file" because the path
 # is based the machine doing the build so we don't want that in the results.
-sed 's;^LINE [0-9]*:;LINE:;' $BSLOG |
+sed 's;^LINE [0-9]*:[0-9]*:;LINE:;' $BSLOG |
   sed '/^cannot identify image file/d' |
   sed -e '$a\' > $ERRLOG
+
 # Do the same for the expected errors and compare the two.  Any
 # differences need to be fixed.  Exit with a non-zero exit code if
 # there are any differences.
-(sed 's;^LINE [0-9]*:;LINE:;' expected-errs.txt |
+(sed 's;^LINE [0-9]*:[0-9]*:;LINE:;' expected-errs.txt |
    sed '/^cannot identify image file/d' |
    sed -e '$a\' |
    diff -u - $ERRLOG) || exit 1

expected-errs.txt

@@ -13,5 +13,9 @@ LINE: Can't find the 'destinationNode' argument of method 'AudioNode/disconnect(
 LINE: Can't find the 'destinationNode' argument of method 'AudioNode/disconnect(destinationParam, output)' in the argumentdef block.
 LINE: Can't find the 'destinationNode' argument of method 'AudioNode/disconnect(destinationParam, output)' in the argumentdef block.
 LINE: Can't find the 'input' argument of method 'AudioNode/disconnect(destinationParam, output)' in the argumentdef block.
+LINE: No 'idl' refs found for '[CC-MODE]'.
+{{ChannelCountMode/[CC-MODE]}}
+LINE: No 'idl' refs found for '[CC-INTERP]'.
+{{ChannelInterpretation/[CC-INTERP]}}
 LINE: W3C policy requires Privacy Considerations and Security Considerations to be separate sections, but you appear to have them combined into one.
  ✔  Successfully generated, but fatal errors were suppressed

index.bs

@@ -1331,7 +1331,7 @@ Methods</h4>
 Callback {{DecodeSuccessCallback()}} Parameters</h4>
 
 <dl dfn-type=argument dfn-for="DecodeSuccessCallback()">
-    : {{DecodeSuccessCallback/decodedData!!argument}}</dfn>, of type {{AudioBuffer}}
+    : {{DecodeSuccessCallback/decodedData!!argument}}, of type {{AudioBuffer}}
     :: The AudioBuffer containing the decoded audio data.
 </dl>
 
@@ -1659,7 +1659,7 @@ Constructors</h4>
             1. [=fire an event=] named {{BaseAudioContext/statechange}} at the
                 {{AudioContext}}.
 
-            </div>
+        </div>
 
         NOTE: In cases where an {{AudioContext}} is constructed with no arguments and resource
         acquisition fails, the User-Agent will attempt to silently render the audio graph using
@@ -1678,7 +1678,8 @@ Constructors</h4>
 
         1. Set {{AudioWorkletGlobalScope/port}} to
             |deserializedPort|.
-            </div>
+        
+        </div>
 
     <pre class="argumentdef" for="AudioContext/constructor(contextOptions)">
     contextOptions: User-specified options controlling how the {{AudioContext}} should be constructed.
@@ -3007,7 +3008,7 @@ Constructors</h4>
                 in the constructor to the internal slots {{[[number of channels]]}}, {{[[length]]}}, {{[[sample rate]]}}.
 
             1. Set the internal slot {{[[internal data]]}} of this
-                {{AudioBuffer}} to the result of calling <a href="https://tc39.github.io/ecma262/#sec-createbytedatablock"><code>
+                {{AudioBuffer}} to the result of calling <code><a href="https://tc39.github.io/ecma262/#sec-createbytedatablock">
                 CreateByteDataBlock</a>({{[[length]]}} * {{[[number of channels]]}})</code>.
 
                 Note: This initializes the underlying storage to zero.
@@ -3538,7 +3539,7 @@ Attributes</h4>
         : {{AudioWorkletNode}}
         ::
             See [[#configuring-channels-with-audioworkletnodeoptions]]
-            Configuring Channels with AudioWorkletNodeOptions</a>.
+            Configuring Channels with {{AudioWorkletNodeOptions}}.
 
         : {{ChannelMergerNode}}
         ::
@@ -3726,7 +3727,7 @@ Methods</h4>
         <pre class=argumentdef for="AudioNode/connect(destinationNode, output, input)">
             destinationNode: The <code>destination</code> parameter is the {{AudioNode}} to connect to. <span class="synchronous">If the <code>destination</code> parameter is an {{AudioNode}} that has been created using another {{AudioContext}}, an {{InvalidAccessError}} MUST be thrown</span>. That is, {{AudioNode}}s cannot be shared between {{AudioContext}}s. Multiple {{AudioNode}}s can be connected to the same {{AudioNode}}, this is described in [[#channel-up-mixing-and-down-mixing|Channel Upmixing and down mixing]] section.
             output: The <code>output</code> parameter is an index describing which output of the {{AudioNode}} from which to connect. <span class="synchronous">If this parameter is out-of-bounds, an {{IndexSizeError}} exception MUST be thrown.</span> It is possible to connect an {{AudioNode}} output to more than one input with multiple calls to connect(). Thus, "fan-out" is supported.
-            input:  The <code>input</code> parameter is an index describing which input of the destination {{AudioNode}} to connect to. <span class="synchronous">If this parameter is out-of-bounds, an {{IndexSizeError}} exception MUST be thrown.</span> It is possible to connect an {{AudioNode}} to another {{AudioNode}} which creates a <dfn dfn for>cycle</dfn>: an {{AudioNode}} may connect to another {{AudioNode}}, which in turn connects back to the input or {{AudioParam}} of the first {{AudioNode}}.</span>
+            input:  The <code>input</code> parameter is an index describing which input of the destination {{AudioNode}} to connect to. <span class="synchronous">If this parameter is out-of-bounds, an {{IndexSizeError}} exception MUST be thrown.</span> It is possible to connect an {{AudioNode}} to another {{AudioNode}} which creates a <dfn dfn for>cycle</dfn>: an {{AudioNode}} may connect to another {{AudioNode}}, which in turn connects back to the input or {{AudioParam}} of the first {{AudioNode}}.
         </pre>
 
         <div>
@@ -4057,8 +4058,8 @@ enum AutomationRate {
     <caption>{{AutomationRate}} enumeration description</caption>
     <thead>
         <tr>
-            <th>Enum value</th><th>Description</th>
-        </th>
+            <th>Enum value</th>
+            <th>Description</th>
         </tr>
     <tbody>
     <tr>
@@ -5200,7 +5201,6 @@ In the following, let \(N\) be the value of the
     </pre>
 
     * If \(\hat{X}[k]\) is <code>NaN</code>, positive infinity or negative infinity, set \(\hat{X}[k]\) = 0.
-</div>
 
     for \(k = 0, \ldots, N - 1\).
 </div>
@@ -8743,7 +8743,6 @@ Constructors</h4>
             context: The {{AudioContext}} this new {{MediaStreamAudioSourceNode}} will be <a href="#associated">associated</a> with.
             options: Initial parameter value for this {{MediaStreamAudioSourceNode}}.
         </pre>
-        </pre>
 </dl>
 
 <h4 id="MediaStreamAudioSourceNode-attributes">
@@ -9608,7 +9607,7 @@ Methods</h4>
 </dl>
 
 <h4 dictionary id="PannerOptions">
-{{PannerOptions}}</h3>
+{{PannerOptions}}</h4>
 
 This specifies options for constructing a
 {{PannerNode}}. All members are optional; if not
@@ -10544,7 +10543,7 @@ Attributes</h5>
 
     : <dfn>renderQuantumSize</dfn>
     ::
-        The value of the private slot [[render quantum size]] of the associated
+        The value of the private slot <a>render quantum size</a> of the associated
         {{BaseAudioContext}}.
 
     : <dfn>port</dfn>
@@ -13098,7 +13097,7 @@ Per the [[security-privacy-questionnaire#questions]]:
     {{ScriptProcessorNode}} interface. The information
     could subsequently be used to create a fingerprint of the client.
 
-    Research by Princeton CITP's <a href="https://audiofingerprint.openwpm.com/"></a>
+    Research by Princeton CITP's <a href="https://audiofingerprint.openwpm.com/">
     Web Transparency and Accountability Project</a>
     has shown that {{DynamicsCompressorNode}} and {{OscillatorNode}} can
     be used to gather entropy from a client to fingerprint a device.