Script updating gh-pages from b660d2b. [ci skip]

draft-ietf-quic-transport.html

@@ -1807,7 +1807,7 @@ <h2 id="rfc.section.10.4">
 <p class="figure">Figure 6: Stateless Reset Packet</p>
 <p id="rfc.section.10.4.p.4">This design ensures that a stateless reset packet is - to the extent possible - indistinguishable from a regular packet with a short header.</p>
 <p id="rfc.section.10.4.p.5">A stateless reset uses an entire UDP datagram, starting with the first two bits of the packet header.  The remainder of the first byte and an arbitrary number of bytes following it that are set to unpredictable values.  The last 16 bytes of the datagram contain a Stateless Reset Token.</p>
-<p id="rfc.section.10.4.p.6">To entities other than its intended recipient, a stateless reset will be appear to be a packet with a short header.  For the packet to appear as valid, the Unpredictable Bits field needs to include at least 182 bits of data (or 23 bytes, less the two fixed bits).  This is intended to allow for a Destination Connection ID of the maximum length permitted, with a minimal packet number, and payload.  The Stateless Reset Token corresponds to the minimum expansion of the packet protection AEAD.  More unpredictable bytes might be necessary if the endpoint could have negotiated a packet protection scheme with a larger minimum AEAD expansion.</p>
+<p id="rfc.section.10.4.p.6">To entities other than its intended recipient, a stateless reset will appear to be a packet with a short header.  For the packet to appear as valid, the Unpredictable Bits field needs to include at least 182 bits of data (or 23 bytes, less the two fixed bits).  This is intended to allow for a Destination Connection ID of the maximum length permitted, with a minimal packet number, and payload.  The Stateless Reset Token corresponds to the minimum expansion of the packet protection AEAD.  More unpredictable bytes might be necessary if the endpoint could have negotiated a packet protection scheme with a larger minimum AEAD expansion.</p>
 <p id="rfc.section.10.4.p.7">An endpoint SHOULD NOT send a stateless reset that is significantly larger than the packet it receives.  Endpoints MUST discard packets that are too small to be valid QUIC packets.  With the set of AEAD functions defined in <a href="#QUIC-TLS" class="xref">[QUIC-TLS]</a>, packets that are smaller than 21 bytes are never valid.</p>
 <p id="rfc.section.10.4.p.8">Endpoints MUST send stateless reset packets formatted as a packet with a short header.  However, endpoints MUST treat any packet ending in a valid stateless reset token as a stateless reset, as other QUIC versions might allow the use of a long header.</p>
 <p id="rfc.section.10.4.p.9">An endpoint MAY send a stateless reset in response to a packet with a long header.  Sending a stateless reset is not effective prior to the stateless reset token being available to a peer.  In this QUIC version, packets with a long header are only used during connection establishment.   Because the stateless reset token is not available until connection establishment is complete or near completion, ignoring an unknown packet with a long header might be as effective than sending a stateless reset.</p>

draft-ietf-quic-transport.txt

@@ -3109,10 +3109,10 @@ Internet-Draft           QUIC Transport Protocol              April 2019
    Stateless Reset Token.
 
    To entities other than its intended recipient, a stateless reset will
-   be appear to be a packet with a short header.  For the packet to
-   appear as valid, the Unpredictable Bits field needs to include at
-   least 182 bits of data (or 23 bytes, less the two fixed bits).  This
-   is intended to allow for a Destination Connection ID of the maximum
+   appear to be a packet with a short header.  For the packet to appear
+   as valid, the Unpredictable Bits field needs to include at least 182
+   bits of data (or 23 bytes, less the two fixed bits).  This is
+   intended to allow for a Destination Connection ID of the maximum
    length permitted, with a minimal packet number, and payload.  The
    Stateless Reset Token corresponds to the minimum expansion of the
    packet protection AEAD.  More unpredictable bytes might be necessary