@@ -1172,8 +1172,6 @@ length values in the `length` or `raw` fields MUST reflect that.
11721172
11731173For example, it can be useful to understand when data moves from an
11741174application protocol (e.g., HTTP) to QUIC stream buffers and vice versa.
1175- Similarly, when data moves from the application protocol layer into a
1176- user-facing application such as a web browser.
11771175
11781176The `stream_data_moved` event can provide insight into whether received data on
11791177a QUIC stream is moved to the application protocol immediately (for example per
@@ -1211,8 +1209,7 @@ QUICStreamDataMoved = {
12111209 * $$quic-streamdatamoved-extension
12121210}
12131211
1214- $DataLocation /= "user" /
1215- " application" /
1212+ $DataLocation /= "application" /
12161213 " transport" /
12171214 " network"
12181215
@@ -1233,8 +1230,7 @@ This event relates to datagram data only. There are no packet or frame headers a
12331230length values in the `length` or `raw` fields MUST reflect that.
12341231
12351232For example, passing from the application protocol (e.g., WebTransport) to QUIC
1236- Datagram Frame buffers and vice versa. Similarly, when data moves from the
1237- application protocol layer into a user-facing application such as a web browser.
1233+ Datagram Frame buffers and vice versa.
12381234
12391235The `datagram_data_moved` event can provide insight into whether received data
12401236in a QUIC Datagram Frame is moved to the application protocol immediately (for
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