vfpext.mui Microsoft Azure VFP Extension 9bed33e6d4982ffe387a587a278dfe32

File name:	vfpext.mui
Size:	182784 byte
MD5:	9bed33e6d4982ffe387a587a278dfe32
SHA1:	4bc589668d6468ddbe83def8f682213845598e19
SHA256:	79884d2cf8973554f606ec8f8d1845c74c058a9e65f5c18ed8ecdabccbc08a8c
Operating systems:	Windows 10
Extension:	MUI

If an error occurred or the following message in Neutral language and you cannot find a solution, than check answer in English. Table below helps to know how correctly this phrase sounds in English.

id	Neutral	English
1	The Virtual Filtering Platform (VFP) Port Average Inbound Network Traffic counter set tracks the average inbound network traffic of a port.	The Virtual Filtering Platform (VFP) Port Average Inbound Network Traffic counter set tracks the average inbound network traffic of a port.
3	VFP Port Average Inbound Network Traffic	VFP Port Average Inbound Network Traffic
5	Average Inbound Packets is the rate, in packets per second, at which VFP received inbound network traffic for a port.	Average Inbound Packets is the rate, in packets per second, at which VFP received inbound network traffic for a port.
7	Average Inbound Packets	Average Inbound Packets
9	Average Inbound Pending Packets is the rate, in packets per second, at which VFP has placed inbound network packets for a port in a pending queue.	Average Inbound Pending Packets is the rate, in packets per second, at which VFP has placed inbound network packets for a port in a pending queue.
11	Average Inbound Pending Packets	Average Inbound Pending Packets
13	Average Inbound TCP SYN packets is the rate, in packets per second, at which VFP received inbound TCP SYN packets for a port.	Average Inbound TCP SYN packets is the rate, in packets per second, at which VFP received inbound TCP SYN packets for a port.
15	Average Inbound TCP SYN Packets	Average Inbound TCP SYN Packets
17	Average Inbound TCP SYN ACK packets is the rate, in packets per second, at which VFP received inbound TCP SYN ACK packets for a port.	Average Inbound TCP SYN ACK packets is the rate, in packets per second, at which VFP received inbound TCP SYN ACK packets for a port.
19	Average Inbound TCP SYN ACK Packets	Average Inbound TCP SYN ACK Packets
21	Average Inbound Bytes is the rate, in bytes per second, at which VFP received inbound network traffic for a port.	Average Inbound Bytes is the rate, in bytes per second, at which VFP received inbound network traffic for a port.
23	Average Inbound Bytes	Average Inbound Bytes
25	Average Inbound Non-IP Packets is the rate, in packets per second, at which VFP received inbound non-IP network traffic for a port.	Average Inbound Non-IP Packets is the rate, in packets per second, at which VFP received inbound non-IP network traffic for a port.
27	Average Inbound Non-IP Packets	Average Inbound Non-IP Packets
29	Average Inbound Intercepted Packets is the rate, in packets per second, at which VFP intercepted inbound network traffic for a port.	Average Inbound Intercepted Packets is the rate, in packets per second, at which VFP intercepted inbound network traffic for a port.
31	Average Inbound Intercepted Packets	Average Inbound Intercepted Packets
33	Average Inbound Missed Intercepted Packets is the rate, in packets per second, at which VFP missed intercepting inbound network traffic for a port.	Average Inbound Missed Intercepted Packets is the rate, in packets per second, at which VFP missed intercepting inbound network traffic for a port.
35	Average Inbound Missed Intercepted Packets	Average Inbound Missed Intercepted Packets
37	Average Inbound Throttled Packets is the rate, in packets per second, at which VFP throttled inbound network traffic for a port.	Average Inbound Throttled Packets is the rate, in packets per second, at which VFP throttled inbound network traffic for a port.
39	Average Inbound Throttled Packets	Average Inbound Throttled Packets
41	Average Inbound Forwarded Unicast Packets is the rate, in packets per second, at which VFP forwarded inbound unicast network traffic for a port.	Average Inbound Forwarded Unicast Packets is the rate, in packets per second, at which VFP forwarded inbound unicast network traffic for a port.
43	Average Inbound Forwarded Unicast Packets	Average Inbound Forwarded Unicast Packets
45	Average Inbound Forwarded Multicast Packets is the rate, in packets per second, at which VFP forwarded inbound multicast network traffic for a port.	Average Inbound Forwarded Multicast Packets is the rate, in packets per second, at which VFP forwarded inbound multicast network traffic for a port.
47	Average Inbound Forwarded Multicast Packets	Average Inbound Forwarded Multicast Packets
49	Average Inbound Hair-Pinned Packets is the rate, in packets per second, at which VFP hair-pinned inbound network traffic for a port.	Average Inbound Hair-Pinned Packets is the rate, in packets per second, at which VFP hair-pinned inbound network traffic for a port.
51	Average Inbound Hair-Pinned Packets	Average Inbound Hair-Pinned Packets
57	The Virtual Filtering Platform (VFP) Port Total Inbound Network Traffic counter set tracks the total inbound network traffic of a port.	The Virtual Filtering Platform (VFP) Port Total Inbound Network Traffic counter set tracks the total inbound network traffic of a port.
59	VFP Port Total Inbound Network Traffic	VFP Port Total Inbound Network Traffic
61	Total Inbound Packets is the total number of inbound packets that VFP has received for a port.	Total Inbound Packets is the total number of inbound packets that VFP has received for a port.
63	Total Inbound Packets	Total Inbound Packets
65	Total Inbound Pending Packets is the total number of inbound packets for a port that VFP has placed in a pending queue.	Total Inbound Pending Packets is the total number of inbound packets for a port that VFP has placed in a pending queue.
67	Total Inbound Pending Packets	Total Inbound Pending Packets
69	Total Inbound TCP SYN Packets is the total number of inbound TCP SYN packets that VFP has received for a port.	Total Inbound TCP SYN Packets is the total number of inbound TCP SYN packets that VFP has received for a port.
71	Total Inbound TCP SYN Packets	Total Inbound TCP SYN Packets
73	Total Inbound TCP SYN ACK Packets is the total number of inbound TCP SYN ACK packets that VFP has received for a port.	Total Inbound TCP SYN ACK Packets is the total number of inbound TCP SYN ACK packets that VFP has received for a port.
75	Total Inbound TCP SYN ACK Packets	Total Inbound TCP SYN ACK Packets
77	Total Inbound Bytes is the total number of inbound bytes that VFP has received for a port.	Total Inbound Bytes is the total number of inbound bytes that VFP has received for a port.
79	Total Inbound Bytes	Total Inbound Bytes
81	Total Inbound Non-IP Packets is the total number of inbound non-IP packets that VFP has received for a port.	Total Inbound Non-IP Packets is the total number of inbound non-IP packets that VFP has received for a port.
83	Total Inbound Non-IP Packets	Total Inbound Non-IP Packets
85	Total Inbound Intercepted Packets is the total number of inbound packets for a port that VFP has intercepted.	Total Inbound Intercepted Packets is the total number of inbound packets for a port that VFP has intercepted.
87	Total Inbound Intercepted Packets	Total Inbound Intercepted Packets
89	Total Inbound Missed Intercepted Packets is the total number of inbound packets for a port that VFP has failed to intercept.	Total Inbound Missed Intercepted Packets is the total number of inbound packets for a port that VFP has failed to intercept.
91	Total Inbound Missed Intercepted Packets	Total Inbound Missed Intercepted Packets
93	Total Inbound Throttled Packets is the total number of inbound packets for a port that VFP has throttled.	Total Inbound Throttled Packets is the total number of inbound packets for a port that VFP has throttled.
95	Total Inbound Throttled Packets	Total Inbound Throttled Packets
97	Total Inbound Forwarded Unicast Packets is the total number of inbound unicast packets that VFP has forwarded for a port.	Total Inbound Forwarded Unicast Packets is the total number of inbound unicast packets that VFP has forwarded for a port.
99	Total Inbound Forwarded Unicast Packets	Total Inbound Forwarded Unicast Packets
101	Total Inbound Forwarded Multicast Packets is the total number of inbound multicast packets that VFP has forwarded for a port.	Total Inbound Forwarded Multicast Packets is the total number of inbound multicast packets that VFP has forwarded for a port.
103	Total Inbound Forwarded Multicast Packets	Total Inbound Forwarded Multicast Packets
105	Total Inbound Hairpinned Packets is the total number of inbound packets for a port that VFP has hairpinned.	Total Inbound Hairpinned Packets is the total number of inbound packets for a port that VFP has hairpinned.
107	Total Inbound Hairpinned Packets	Total Inbound Hairpinned Packets
131	The Virtual Filtering Platform (VFP) Port Total Inbound Dropped Network Packets counter set tracks the total inbound dropped network packets of a port.	The Virtual Filtering Platform (VFP) Port Total Inbound Dropped Network Packets counter set tracks the total inbound dropped network packets of a port.
135	VFP Port Total Inbound Dropped Network Packets	VFP Port Total Inbound Dropped Network Packets
137	Total Inbound Dropped Packets is the total number of inbound dropped network packets for a port.	Total Inbound Dropped Packets is the total number of inbound dropped network packets for a port.
139	Total Inbound Dropped Packets	Total Inbound Dropped Packets
141	Total Inbound Dropped Non-IP Packets is the total number of dropped inbound non-IP network packets for a port.	Total Inbound Dropped Non-IP Packets is the total number of dropped inbound non-IP network packets for a port.
143	Total Inbound Dropped Non-IP Packets	Total Inbound Dropped Non-IP Packets
145	Total Inbound Dropped ARP-Guard Packets is the total number of inbound network packets for a port that were dropped due to ARP guard policy.	Total Inbound Dropped ARP-Guard Packets is the total number of inbound network packets for a port that were dropped due to ARP guard policy.
147	Total Inbound Dropped ARP-Guard Packets	Total Inbound Dropped ARP-Guard Packets
149	Total Inbound Dropped DHCP-Guard Packets is the total number of inbound packets for a port that were dropped due to DHCP guard policy.	Total Inbound Dropped DHCP-Guard Packets is the total number of inbound packets for a port that were dropped due to DHCP guard policy.
151	Total Inbound Dropped DHCP-Guard Packets	Total Inbound Dropped DHCP-Guard Packets
153	Total Inbound Dropped DHCP-Limiter Packets is the total number of inbound packets for a port that were dropped due to DHCP limiter policy.	Total Inbound Dropped DHCP-Limiter Packets is the total number of inbound packets for a port that were dropped due to DHCP limiter policy.
155	Total Inbound Dropped DHCP-Limiter Packets	Total Inbound Dropped DHCP-Limiter Packets
157	Total Inbound Dropped Broadcast Packets is the total number of inbound broadcast packets for a port that were dropped.	Total Inbound Dropped Broadcast Packets is the total number of inbound broadcast packets for a port that were dropped.
159	Total Inbound Dropped Broadcast Packets	Total Inbound Dropped Broadcast Packets
161	Total Inbound Dropped Invalid Packets is the total number of invalid inbound network packets for a port that were dropped.	Total Inbound Dropped Invalid Packets is the total number of invalid inbound network packets for a port that were dropped.
163	Total Inbound Dropped Invalid Packets	Total Inbound Dropped Invalid Packets
165	Total Inbound Dropped ARP-Limiter Packets is the total number of inbound packets for a port that were dropped due to ARP limiter policy.	Total Inbound Dropped ARP-Limiter Packets is the total number of inbound packets for a port that were dropped due to ARP limiter policy.
167	Total Inbound Dropped ARP-Limiter Packets	Total Inbound Dropped ARP-Limiter Packets
169	Total Inbound Dropped ARP-Filter Packets is the total number of inbound packets for a port that were dropped due to ARP filter policy.	Total Inbound Dropped ARP-Filter Packets is the total number of inbound packets for a port that were dropped due to ARP filter policy.
171	Total Inbound Dropped ARP-Filter Packets	Total Inbound Dropped ARP-Filter Packets
173	Total Inbound Dropped IPV4 Spoofing Packets is the total number of inbound packets for a port that were dropped due to IPV4 address spoof prevention policy.	Total Inbound Dropped IPV4 Spoofing Packets is the total number of inbound packets for a port that were dropped due to IPV4 address spoof prevention policy.
175	Total Inbound Dropped IPV4 Spoofing Packets	Total Inbound Dropped IPV4 Spoofing Packets
177	Total Inbound Dropped IPV6 Spoofing Packets is the total number of inbound packets for a port that were dropped due to IPV6 address spoof prevention policy.	Total Inbound Dropped IPV6 Spoofing Packets is the total number of inbound packets for a port that were dropped due to IPV6 address spoof prevention policy.
179	Total Inbound Dropped IPV6 Spoofing Packets	Total Inbound Dropped IPV6 Spoofing Packets
181	Total Inbound Dropped Blocked Packets is the total number of inbound packets for a port that were dropped due to the port being blocked.	Total Inbound Dropped Blocked Packets is the total number of inbound packets for a port that were dropped due to the port being blocked.
183	Total Inbound Dropped Blocked Packets	Total Inbound Dropped Blocked Packets
185	Total Inbound Dropped Pending Packets is the total number of inbound pending network packets for a port that were dropped.	Total Inbound Dropped Pending Packets is the total number of inbound pending network packets for a port that were dropped.
187	Total Inbound Dropped Pending Packets	Total Inbound Dropped Pending Packets
189	Total Inbound Dropped No-Resource Packets is the total number of inbound network packets for a port that were dropped due to a lack of resources.	Total Inbound Dropped No-Resource Packets is the total number of inbound network packets for a port that were dropped due to a lack of resources.
191	Total Inbound Dropped No-Resource Packets	Total Inbound Dropped No-Resource Packets
193	Total Inbound Dropped Simulation Packets is the total number of inbound network packets for a port that were dropped by policy during packet flow simulation.	Total Inbound Dropped Simulation Packets is the total number of inbound network packets for a port that were dropped by policy during packet flow simulation.
195	Total Inbound Dropped Simulation Packets	Total Inbound Dropped Simulation Packets
197	Total Inbound Dropped ACL Packets is the total number of inbound packets for a port that were dropped due to enforcement of an ACL rule.	Total Inbound Dropped ACL Packets is the total number of inbound packets for a port that were dropped due to enforcement of an ACL rule.
199	Total Inbound Dropped ACL Packets	Total Inbound Dropped ACL Packets
201	Total Inbound Dropped Malformed Packets is the total number of inbound network packets for a port that were dropped because they were malformed.	Total Inbound Dropped Malformed Packets is the total number of inbound network packets for a port that were dropped because they were malformed.
203	Total Inbound Dropped Malformed Packets	Total Inbound Dropped Malformed Packets
205	Total Inbound Dropped Invalid Rule Match Packets is the total number of inbound packets for a port that were dropped because they matched rules that were not valid for those packets.	Total Inbound Dropped Invalid Rule Match Packets is the total number of inbound packets for a port that were dropped because they matched rules that were not valid for those packets.
207	Total Inbound Dropped Invalid Rule Match Packets	Total Inbound Dropped Invalid Rule Match Packets
209	Total Inbound Dropped Forwarding Packets is the total number of inbound network packets for a port that were dropped by forwarding policy.	Total Inbound Dropped Forwarding Packets is the total number of inbound network packets for a port that were dropped by forwarding policy.
211	Total Inbound Dropped Forwarding Packets	Total Inbound Dropped Forwarding Packets
213	Total Inbound Dropped MAC Spoofing Packets is the total number of inbound packets for a port that were dropped due to MAC address spoof prevention policy.	Total Inbound Dropped MAC Spoofing Packets is the total number of inbound packets for a port that were dropped due to MAC address spoof prevention policy.
215	Total Inbound Dropped MAC Spoofing Packets	Total Inbound Dropped MAC Spoofing Packets
301	The Virtual Filtering Platform (VFP) Port Average Outbound Network Traffic counter set tracks the average outbound network traffic of a port.	The Virtual Filtering Platform (VFP) Port Average Outbound Network Traffic counter set tracks the average outbound network traffic of a port.
303	VFP Port Average Outbound Network Traffic	VFP Port Average Outbound Network Traffic
305	Average Outbound Packets is the rate, in packets per second, at which VFP received outbound network traffic from a port.	Average Outbound Packets is the rate, in packets per second, at which VFP received outbound network traffic from a port.
307	Average Outbound Packets	Average Outbound Packets
309	Average Outbound Pending Packets is the rate, in packets per second, at which VFP has placed outbound network packets from a port in a pending queue.	Average Outbound Pending Packets is the rate, in packets per second, at which VFP has placed outbound network packets from a port in a pending queue.
311	Average Outbound Pending Packets	Average Outbound Pending Packets
313	Average Outbound TCP SYN packets is the rate, in packets per second, at which VFP received outbound TCP SYN packets from a port.	Average Outbound TCP SYN packets is the rate, in packets per second, at which VFP received outbound TCP SYN packets from a port.
315	Average Outbound TCP SYN Packets	Average Outbound TCP SYN Packets
317	Average Outbound TCP SYN ACK packets is the rate, in packets per second, at which VFP received outbound TCP SYN ACK packets from a port.	Average Outbound TCP SYN ACK packets is the rate, in packets per second, at which VFP received outbound TCP SYN ACK packets from a port.
319	Average Outbound TCP SYN ACK Packets	Average Outbound TCP SYN ACK Packets
321	Average Outbound Bytes is the rate, in bytes per second, at which VFP received outbound network traffic from a port.	Average Outbound Bytes is the rate, in bytes per second, at which VFP received outbound network traffic from a port.
323	Average Outbound Bytes	Average Outbound Bytes
325	Average Outbound Non-IP Packets is the rate, in packets per second, at which VFP received outbound non-IP network traffic from a port.	Average Outbound Non-IP Packets is the rate, in packets per second, at which VFP received outbound non-IP network traffic from a port.
327	Average Outbound Non-IP Packets	Average Outbound Non-IP Packets
329	Average Outbound Intercepted Packets is the rate, in packets per second, at which VFP intercepted outbound network traffic from a port.	Average Outbound Intercepted Packets is the rate, in packets per second, at which VFP intercepted outbound network traffic from a port.
331	Average Outbound Intercepted Packets	Average Outbound Intercepted Packets
333	Average Outbound Missed Intercepted Packets is the rate, in packets per second, at which VFP missed intercepting outbound network traffic from a port.	Average Outbound Missed Intercepted Packets is the rate, in packets per second, at which VFP missed intercepting outbound network traffic from a port.
335	Average Outbound Missed Intercepted Packets	Average Outbound Missed Intercepted Packets
337	Average Outbound Throttled Packets is the rate, in packets per second, at which VFP throttled outbound network traffic from a port.	Average Outbound Throttled Packets is the rate, in packets per second, at which VFP throttled outbound network traffic from a port.
339	Average Outbound Throttled Packets	Average Outbound Throttled Packets
341	Average Outbound Forwarded Unicast Packets is the rate, in packets per second, at which VFP forwarded outbound unicast network traffic from a port.	Average Outbound Forwarded Unicast Packets is the rate, in packets per second, at which VFP forwarded outbound unicast network traffic from a port.
343	Average Outbound Forwarded Unicast Packets	Average Outbound Forwarded Unicast Packets
345	Average Outbound Forwarded Multicast Packets is the rate, in packets per second, at which VFP forwarded outbound multicast network traffic from a port.	Average Outbound Forwarded Multicast Packets is the rate, in packets per second, at which VFP forwarded outbound multicast network traffic from a port.
347	Average Outbound Forwarded Multicast Packets	Average Outbound Forwarded Multicast Packets
349	Average Outbound Hairpinned Packets is the rate, in packets per second, at which VFP hairpinned outbound network traffic from a port.	Average Outbound Hairpinned Packets is the rate, in packets per second, at which VFP hairpinned outbound network traffic from a port.
351	Average Outbound Hairpinned Packets	Average Outbound Hairpinned Packets
357	The Virtual Filtering Platform (VFP) Port Total Outbound Network Traffic counter set tracks the total outbound network traffic of a port.	The Virtual Filtering Platform (VFP) Port Total Outbound Network Traffic counter set tracks the total outbound network traffic of a port.
359	VFP Port Total Outbound Network Traffic	VFP Port Total Outbound Network Traffic
361	Total Outbound Packets is the total number of outbound packets that VFP has received from a port.	Total Outbound Packets is the total number of outbound packets that VFP has received from a port.
363	Total Outbound Packets	Total Outbound Packets
365	Total Outbound Pending Packets is the total number of outbound packets from a port that VFP has placed in a pending queue.	Total Outbound Pending Packets is the total number of outbound packets from a port that VFP has placed in a pending queue.
367	Total Outbound Pending Packets	Total Outbound Pending Packets
369	Total Outbound TCP SYN Packets is the total number of outbound TCP SYN packets that VFP has received from a port.	Total Outbound TCP SYN Packets is the total number of outbound TCP SYN packets that VFP has received from a port.
371	Total Outbound TCP SYN Packets	Total Outbound TCP SYN Packets
373	Total Outbound TCP SYN ACK Packets is the total number of Outbound TCP SYN ACK packets that VFP has received from a port.	Total Outbound TCP SYN ACK Packets is the total number of Outbound TCP SYN ACK packets that VFP has received from a port.
375	Total Outbound TCP SYN ACK Packets	Total Outbound TCP SYN ACK Packets
377	Total Outbound Bytes is the total number of outbound bytes that VFP has received from a port.	Total Outbound Bytes is the total number of outbound bytes that VFP has received from a port.
379	Total Outbound Bytes	Total Outbound Bytes
381	Total Outbound Non-IP Packets is the total number of non-IP outbound packets that VFP has received from a port.	Total Outbound Non-IP Packets is the total number of non-IP outbound packets that VFP has received from a port.
383	Total Outbound Non-IP Packets	Total Outbound Non-IP Packets
385	Total Outbound Intercepted Packets is the total number of outbound packets from a port that VFP has intercepted.	Total Outbound Intercepted Packets is the total number of outbound packets from a port that VFP has intercepted.
387	Total Outbound Intercepted Packets	Total Outbound Intercepted Packets
389	Total Outbound Missed Intercepted Packets is the total number of outbound packets from a port that VFP has missed to intercept.	Total Outbound Missed Intercepted Packets is the total number of outbound packets from a port that VFP has missed to intercept.
391	Total Outbound Missed Intercepted Packets	Total Outbound Missed Intercepted Packets
393	Total Outbound Throttled Packets is the total number of outbound packets from a port that VFP has throttled.	Total Outbound Throttled Packets is the total number of outbound packets from a port that VFP has throttled.
395	Total Outbound Throttled Packets	Total Outbound Throttled Packets
397	Total Outbound Forwarded Unicast Packets is the total number of outbound unicast packets from a port that VFP has forwarded.	Total Outbound Forwarded Unicast Packets is the total number of outbound unicast packets from a port that VFP has forwarded.
399	Total Outbound Forwarded Unicast Packets	Total Outbound Forwarded Unicast Packets
401	Total Outbound Forwarded Multicast Packets is the total number of outbound multicast packets from a port that VFP has forwarded.	Total Outbound Forwarded Multicast Packets is the total number of outbound multicast packets from a port that VFP has forwarded.
403	Total Outbound Forwarded Multicast Packets	Total Outbound Forwarded Multicast Packets
405	Total Outbound Hair-Pinned Packets is the total number of outbound packets from a port that VFP has hair-pinned.	Total Outbound Hair-Pinned Packets is the total number of outbound packets from a port that VFP has hair-pinned.
407	Total Outbound Hair-Pinned Packets	Total Outbound Hair-Pinned Packets
431	The Virtual Filtering Platform (VFP) Port Total Outbound Dropped Network Packets counter set tracks the total outbound dropped network packets for a port.	The Virtual Filtering Platform (VFP) Port Total Outbound Dropped Network Packets counter set tracks the total outbound dropped network packets for a port.
435	VFP Port Total Outbound Dropped Network Packets	VFP Port Total Outbound Dropped Network Packets
437	Total Outbound Dropped Packets is the total number of outbound network packets from a port that were dropped.	Total Outbound Dropped Packets is the total number of outbound network packets from a port that were dropped.
439	Total Outbound Dropped Packets	Total Outbound Dropped Packets
441	Total Outbound Dropped Non-IP Packets is the total number of non-IP outbound network packets from a port that were dropped.	Total Outbound Dropped Non-IP Packets is the total number of non-IP outbound network packets from a port that were dropped.
443	Total Outbound Dropped Non-IP Packets	Total Outbound Dropped Non-IP Packets
445	Total Outbound Dropped ARP-Guard Packets is the total number of outbound network packets from a port that were dropped due to ARP guard policy.	Total Outbound Dropped ARP-Guard Packets is the total number of outbound network packets from a port that were dropped due to ARP guard policy.
447	Total Outbound Dropped ARP-Guard Packets	Total Outbound Dropped ARP-Guard Packets
449	Total Outbound Dropped DHCP-Guard Packets is the total number of outbound packets from a port that were dropped due to DHCP guard policy.	Total Outbound Dropped DHCP-Guard Packets is the total number of outbound packets from a port that were dropped due to DHCP guard policy.
451	Total Outbound Dropped DHCP-Guard Packets	Total Outbound Dropped DHCP-Guard Packets
453	Total Outbound Dropped DHCP-Limiter Packets is the total number of outbound packets from a port that were dropped due to DHCP limiter policy.	Total Outbound Dropped DHCP-Limiter Packets is the total number of outbound packets from a port that were dropped due to DHCP limiter policy.
455	Total Outbound Dropped DHCP-Limiter Packets	Total Outbound Dropped DHCP-Limiter Packets
457	Total Outbound Dropped Broadcast Packets is the total number of outbound broadcast packets from a port that were dropped.	Total Outbound Dropped Broadcast Packets is the total number of outbound broadcast packets from a port that were dropped.
459	Total Outbound Dropped Broadcast Packets	Total Outbound Dropped Broadcast Packets
461	Total Outbound Dropped Invalid Packets is the total number of invalid outbound network packets from a port that were dropped.	Total Outbound Dropped Invalid Packets is the total number of invalid outbound network packets from a port that were dropped.
463	Total Outbound Dropped Invalid Packets	Total Outbound Dropped Invalid Packets
465	Total Outbound Dropped ARP-Limiter Packets is the total number of outbound packets from a port that were dropped due to ARP limiter policy.	Total Outbound Dropped ARP-Limiter Packets is the total number of outbound packets from a port that were dropped due to ARP limiter policy.
467	Total Outbound Dropped ARP-Limiter Packets	Total Outbound Dropped ARP-Limiter Packets
469	Total Outbound Dropped ARP-Filter Packets is the total number of outbound packets from a port that were dropped due to ARP filter policy.	Total Outbound Dropped ARP-Filter Packets is the total number of outbound packets from a port that were dropped due to ARP filter policy.
471	Total Outbound Dropped ARP-Filter Packets	Total Outbound Dropped ARP-Filter Packets
473	Total Outbound Dropped IPV4 Spoofing Packets is the total number of outbound packets from a port that were dropped due to IPV4 address spoof prevention policy.	Total Outbound Dropped IPV4 Spoofing Packets is the total number of outbound packets from a port that were dropped due to IPV4 address spoof prevention policy.
475	Total Outbound Dropped IPV4 Spoofing Packets	Total Outbound Dropped IPV4 Spoofing Packets
477	Total Outbound Dropped IPV6 Spoofing Packets is the total number of outbound packets from a port that were dropped due to IPV6 address spoof prevention policy.	Total Outbound Dropped IPV6 Spoofing Packets is the total number of outbound packets from a port that were dropped due to IPV6 address spoof prevention policy.
479	Total Outbound Dropped IPV6 Spoofing Packets	Total Outbound Dropped IPV6 Spoofing Packets
481	Total Outbound Dropped Blocked Packets is the total number of outbound packets from a port that were dropped due to the port being blocked.	Total Outbound Dropped Blocked Packets is the total number of outbound packets from a port that were dropped due to the port being blocked.
483	Total Outbound Dropped Blocked Packets	Total Outbound Dropped Blocked Packets
485	Total Outbound Dropped Pending Packets is the total number of outbound packets from a port that were dropped.	Total Outbound Dropped Pending Packets is the total number of outbound packets from a port that were dropped.
487	Total Outbound Dropped Pending Packets	Total Outbound Dropped Pending Packets
489	Total Outbound Dropped No-Resource Packets is the total number of outbound network packets from a port that were dropped due to a lack of resources.	Total Outbound Dropped No-Resource Packets is the total number of outbound network packets from a port that were dropped due to a lack of resources.
491	Total Outbound Dropped No-Resource Packets	Total Outbound Dropped No-Resource Packets
493	Total Outbound Dropped Simulation Packets is the total number of outbound network packets from a port that were dropped due to simulating a network policy.	Total Outbound Dropped Simulation Packets is the total number of outbound network packets from a port that were dropped due to simulating a network policy.
495	Total Outbound Dropped Simulation Packets	Total Outbound Dropped Simulation Packets
497	Total Outbound Dropped ACL Packets is the total number of outbound packets from a port that were dropped due to enforcement of an ACL rule.	Total Outbound Dropped ACL Packets is the total number of outbound packets from a port that were dropped due to enforcement of an ACL rule.
499	Total Outbound Dropped ACL Packets	Total Outbound Dropped ACL Packets
501	Total Outbound Dropped Malformed Packets is the total number of outbound network packets from a port that were dropped because they were malformed.	Total Outbound Dropped Malformed Packets is the total number of outbound network packets from a port that were dropped because they were malformed.
503	Total Outbound Dropped Malformed Packets	Total Outbound Dropped Malformed Packets
505	Total Outbound Dropped Invalid Rule Match Packets is the total number of outbound packets from a port that were dropped because they matched rules that were not valid for those packets.	Total Outbound Dropped Invalid Rule Match Packets is the total number of outbound packets from a port that were dropped because they matched rules that were not valid for those packets.
507	Total Outbound Dropped Invalid Rule Match Packets	Total Outbound Dropped Invalid Rule Match Packets
509	Total Outbound Dropped Forwarding Packets is the total number of outbound network packets from a port that were dropped by forwarding policy.	Total Outbound Dropped Forwarding Packets is the total number of outbound network packets from a port that were dropped by forwarding policy.
511	Total Outbound Dropped Forwarding Packets	Total Outbound Dropped Forwarding Packets
513	Total Outbound Dropped MAC Spoofing Packets is the total number of outbound packets from a port that were dropped due to MAC address spoof prevention policy.	Total Outbound Dropped MAC Spoofing Packets is the total number of outbound packets from a port that were dropped due to MAC address spoof prevention policy.
515	Total Outbound Dropped MAC Spoofing Packets	Total Outbound Dropped MAC Spoofing Packets
601	Average Inbound GFT Exception Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port.	Average Inbound GFT Exception Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port.
603	Average Inbound GFT Exception Packets	Average Inbound GFT Exception Packets
605	Average Inbound GFT Exception UF Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that are marked as exception packets and have a unified flow.	Average Inbound GFT Exception UF Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that are marked as exception packets and have a unified flow.
607	Average Inbound GFT Exception UF Packets	Average Inbound GFT Exception UF Packets
609	Average Inbound GFT Exception UF Offloaded Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow already offloaded to the provider.	Average Inbound GFT Exception UF Offloaded Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow already offloaded to the provider.
611	Average Inbound GFT Exception UF Offloaded Packets	Average Inbound GFT Exception UF Offloaded Packets
613	Average Inbound GFT Exception UF Offload Pending Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is pending offload to the provider.	Average Inbound GFT Exception UF Offload Pending Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is pending offload to the provider.
615	Average Inbound GFT Exception UF Offload Pending Packets	Average Inbound GFT Exception UF Offload Pending Packets
617	Average Inbound GFT Exception UF Offload Failed Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that failed offload to the provider.	Average Inbound GFT Exception UF Offload Failed Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that failed offload to the provider.
619	Average Inbound GFT Exception UF Offload Failed Packets	Average Inbound GFT Exception UF Offload Failed Packets
621	Average Inbound Unicast Forwarded GFT Exception Packets is the rate, in packets per second, at which GFT exception packets indicated by the GFT provider are forwarded for a port.	Average Inbound Unicast Forwarded GFT Exception Packets is the rate, in packets per second, at which GFT exception packets indicated by the GFT provider are forwarded for a port.
623	Average Inbound Unicast Forwarded GFT Exception Packets	Average Inbound Unicast Forwarded GFT Exception Packets
625	Average Inbound GFT Copy Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets for a port.	Average Inbound GFT Copy Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets for a port.
627	Average Inbound GFT Copy Packets	Average Inbound GFT Copy Packets
629	Average Inbound GFT Copy Reset Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets that have the TCP RST bit set for a port.	Average Inbound GFT Copy Reset Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets that have the TCP RST bit set for a port.
631	Average Inbound GFT Copy Reset Packets	Average Inbound GFT Copy Reset Packets
633	Average Inbound GFT Copy FIN Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets that have the TCP FIN bit set for a port.	Average Inbound GFT Copy FIN Packets is the rate, in packets per second, at which GFT provider indicates GFT copy packets that have the TCP FIN bit set for a port.
635	Average Inbound GFT Copy FIN Packets	Average Inbound GFT Copy FIN Packets
637	Average Inbound GFT Exception UF Offload Deferred Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is in the deferred offload state.	Average Inbound GFT Exception UF Offload Deferred Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is in the deferred offload state.
639	Average Inbound GFT Exception UF Offload Deferred Packets	Average Inbound GFT Exception UF Offload Deferred Packets
657	Total Inbound GFT Exception Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider.	Total Inbound GFT Exception Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider.
659	Total Inbound GFT Exception Packets	Total Inbound GFT Exception Packets
661	Total Inbound GFT Exception UF Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow.	Total Inbound GFT Exception UF Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow.
663	Total Inbound GFT Exception UF Packets	Total Inbound GFT Exception UF Packets
665	Total Inbound GFT Exception UF Offloaded Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow already offloaded to the provider.	Total Inbound GFT Exception UF Offloaded Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow already offloaded to the provider.
667	Total Inbound GFT Exception UF Offloaded Packets	Total Inbound GFT Exception UF Offloaded Packets
669	Total Inbound GFT Exception UF Offload Pending Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that is pending offload to the provider.	Total Inbound GFT Exception UF Offload Pending Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that is pending offload to the provider.
671	Total Inbound GFT Exception UF Offload Pending Packets	Total Inbound GFT Exception UF Offload Pending Packets
673	Total Inbound GFT Exception UF Offload Failed Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that failed offload to the provider.	Total Inbound GFT Exception UF Offload Failed Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that failed offload to the provider.
675	Total Inbound GFT Exception UF Offload Failed Packets	Total Inbound GFT Exception UF Offload Failed Packets
677	Total Inbound Unicast Forwarded GFT Exception Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and forwarded for a port.	Total Inbound Unicast Forwarded GFT Exception Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and forwarded for a port.
679	Total Inbound Unicast Forwarded GFT Exception Packets	Total Inbound Unicast Forwarded GFT Exception Packets
681	Total Inbound GFT Copy Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider.	Total Inbound GFT Copy Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider.
683	Total Inbound GFT Copy Packets	Total Inbound GFT Copy Packets
685	Total Inbound GFT Copy Reset Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider and have TCP RST bit set.	Total Inbound GFT Copy Reset Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider and have TCP RST bit set.
687	Total Inbound GFT Copy Reset Packets	Total Inbound GFT Copy Reset Packets
689	Total Inbound GFT Copy FIN Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider and have TCP FIN bit set.	Total Inbound GFT Copy FIN Packets is the total number of inbound packets for a port that are marked as copy packets by the GFT provider and have TCP FIN bit set.
691	Total Inbound GFT Copy FIN Packets	Total Inbound GFT Copy FIN Packets
693	Total Inbound GFT Exception UF Offload Deferred Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow in the deferred offload state.	Total Inbound GFT Exception UF Offload Deferred Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow in the deferred offload state.
695	Total Inbound GFT Exception UF Offload Deferred Packets	Total Inbound GFT Exception UF Offload Deferred Packets
697	Total Inbound Dropped GFT Exception Packets is the total number of inbound GFT exception packets for a port that were dropped as port specified by the OOB was not found.	Total Inbound Dropped GFT Exception Packets is the total number of inbound GFT exception packets for a port that were dropped as port specified by the OOB was not found.
699	Total Inbound Dropped GFT Exception Packets	Total Inbound Dropped GFT Exception Packets
701	The Virtual Filtering Platform (VFP) QoS Queue Average Inbound Network Traffic counter set tracks the average network traffic through an inbound QoS Queue.	The Virtual Filtering Platform (VFP) QoS Queue Average Inbound Network Traffic counter set tracks the average network traffic through an inbound QoS Queue.
703	VFP QoS Queue Average Inbound Network Traffic	VFP QoS Queue Average Inbound Network Traffic
705	Average Inbound Bytes Entering the Queue is the rate, in bytes per second, of inbound traffic entering the QoS queue.	Average Inbound Bytes Entering the Queue is the rate, in bytes per second, of inbound traffic entering the QoS queue.
707	Average Inbound Bytes Entering the Queue	Average Inbound Bytes Entering the Queue
709	Average Inbound Packets Entering the Queue is the rate, in packets per second, of inbound traffic entering the QoS queue.	Average Inbound Packets Entering the Queue is the rate, in packets per second, of inbound traffic entering the QoS queue.
711	Average Inbound Packets Entering the Queue	Average Inbound Packets Entering the Queue
713	Average Inbound Bytes Allowed Through the Queue is the rate, in bytes per second, of inbound traffic allowed through the QoS queue without wait.	Average Inbound Bytes Allowed Through the Queue is the rate, in bytes per second, of inbound traffic allowed through the QoS queue without wait.
715	Average Inbound Bytes Allowed Through the Queue	Average Inbound Bytes Allowed Through the Queue
717	Average Inbound Packets Allowed Through the Queue is the rate, in packets per second, of inbound traffic allowed through the QoS queue without wait.	Average Inbound Packets Allowed Through the Queue is the rate, in packets per second, of inbound traffic allowed through the QoS queue without wait.
719	Average Inbound Packets Allowed Through the Queue	Average Inbound Packets Allowed Through the Queue
721	Average Inbound Bytes Dropped, is the rate, in bytes per second, of inbound traffic discarded from the QoS queue.	Average Inbound Bytes Dropped, is the rate, in bytes per second, of inbound traffic discarded from the QoS queue.
723	Average Inbound Bytes Dropped	Average Inbound Bytes Dropped
725	Average Inbound Packets Dropped, is the rate, in packets per second, of inbound traffic discarded from the QoS queue.	Average Inbound Packets Dropped, is the rate, in packets per second, of inbound traffic discarded from the QoS queue.
727	Average Inbound Packets Dropped	Average Inbound Packets Dropped
729	Average Inbound Bytes Queued due to Backlog is the rate, in bytes per second, of inbound traffic queued upon entering the queue due to existing backlog.	Average Inbound Bytes Queued due to Backlog is the rate, in bytes per second, of inbound traffic queued upon entering the queue due to existing backlog.
731	Average Inbound Bytes Queued due to Backlog	Average Inbound Bytes Queued due to Backlog
735	Average Inbound Packets Queued due to Backlog is the rate, in packets per second, of inbound traffic queued upon entering the queue due to existing backlog.	Average Inbound Packets Queued due to Backlog is the rate, in packets per second, of inbound traffic queued upon entering the queue due to existing backlog.
737	Average Inbound Packets Queued due to Backlog	Average Inbound Packets Queued due to Backlog
739	Average Inbound Bytes Queued due to Insufficient Tokens is the rate, in bytes per second, of inbound traffic queued upon entering the queue due to Insufficient Tokens.	Average Inbound Bytes Queued due to Insufficient Tokens is the rate, in bytes per second, of inbound traffic queued upon entering the queue due to Insufficient Tokens.
741	Average Inbound Bytes Queued due to Insufficient Tokens	Average Inbound Bytes Queued due to Insufficient Tokens
743	Average Inbound Packets Queued due to Insufficient Tokens is the rate, in packets per second, of inbound traffic queued upon entering the queue due to Insufficient Tokens.	Average Inbound Packets Queued due to Insufficient Tokens is the rate, in packets per second, of inbound traffic queued upon entering the queue due to Insufficient Tokens.
745	Average Inbound Packets Queued due to Insufficient Tokens	Average Inbound Packets Queued due to Insufficient Tokens
747	Average Inbound Bytes Resumed is the rate, in bytes per second, of inbound traffic released from the queue.	Average Inbound Bytes Resumed is the rate, in bytes per second, of inbound traffic released from the queue.
749	Average Inbound Bytes Resumed	Average Inbound Bytes Resumed
751	Average Inbound Packets Resumed is the rate, in packets per second, of inbound traffic released from the queue.	Average Inbound Packets Resumed is the rate, in packets per second, of inbound traffic released from the queue.
753	Average Inbound Packets Resumed	Average Inbound Packets Resumed
789	Total Outbound Dropped GFT Exception Packets is the total number of outbound GFT exception packets from a port that were dropped as port specified by the OOB was not found.	Total Outbound Dropped GFT Exception Packets is the total number of outbound GFT exception packets from a port that were dropped as port specified by the OOB was not found.
791	Total Outbound Dropped GFT Exception Packets	Total Outbound Dropped GFT Exception Packets
793	Total Outbound Dropped GFT Copy Packets is the total number of outbound GFT copy packets from a port that were dropped as port specified by the OOB was not found or the packet had invalid data.	Total Outbound Dropped GFT Copy Packets is the total number of outbound GFT copy packets from a port that were dropped as port specified by the OOB was not found or the packet had invalid data.
795	Total Outbound Dropped GFT Copy Packets	Total Outbound Dropped GFT Copy Packets
801	The Virtual Filtering Platform (VFP) QoS Queue Total Inbound Network Traffic counter set tracks the total network traffic through an inbound QoS Queue.	The Virtual Filtering Platform (VFP) QoS Queue Total Inbound Network Traffic counter set tracks the total network traffic through an inbound QoS Queue.
803	VFP QoS Queue Total Inbound Network Traffic	VFP QoS Queue Total Inbound Network Traffic
805	Total Inbound Bytes Entering the Queue is the number of inbound traffic bytes entering the QoS queue.	Total Inbound Bytes Entering the Queue is the number of inbound traffic bytes entering the QoS queue.
807	Total Inbound Bytes Entering the Queue	Total Inbound Bytes Entering the Queue
809	Total Inbound Packets Entering the Queue is the number of inbound packets entering the QoS queue.	Total Inbound Packets Entering the Queue is the number of inbound packets entering the QoS queue.
811	Total Inbound Packets Entering the Queue	Total Inbound Packets Entering the Queue
813	Total Inbound Bytes Allowed Through the Queue is the number of inbound traffic bytes allowed through the QoS queue without wait.	Total Inbound Bytes Allowed Through the Queue is the number of inbound traffic bytes allowed through the QoS queue without wait.
815	Total Inbound Bytes Allowed Through the Queue	Total Inbound Bytes Allowed Through the Queue
817	Total Inbound Packets Allowed Through the Queue is the number of inbound packets allowed through the QoS queue without wait.	Total Inbound Packets Allowed Through the Queue is the number of inbound packets allowed through the QoS queue without wait.
819	Total Inbound Packets Allowed Through the Queue	Total Inbound Packets Allowed Through the Queue
821	Total Inbound Bytes Dropped is the total number of inbound bytes discarded from the QoS Queue.	Total Inbound Bytes Dropped is the total number of inbound bytes discarded from the QoS Queue.
823	Total Inbound Bytes Dropped	Total Inbound Bytes Dropped
825	Total Inbound Packets Dropped is the total number of inbound packets discarded from the QoS Queue.	Total Inbound Packets Dropped is the total number of inbound packets discarded from the QoS Queue.
827	Total Inbound Packets Dropped	Total Inbound Packets Dropped
829	Total Inbound Bytes Queued due to Backlog is the number of inbound traffic bytes queued upon entering the queue due to existing backlog.	Total Inbound Bytes Queued due to Backlog is the number of inbound traffic bytes queued upon entering the queue due to existing backlog.
831	Total Inbound Bytes Queued due to Backlog	Total Inbound Bytes Queued due to Backlog
833	Total Inbound Packets Queued due to Backlog is the number of inbound packets queued upon entering the queue due to existing backlog.	Total Inbound Packets Queued due to Backlog is the number of inbound packets queued upon entering the queue due to existing backlog.
835	Total Inbound Packets Queued due to Backlog	Total Inbound Packets Queued due to Backlog
837	Total Inbound Bytes Queued due to Insufficient Tokens is the number of inbound traffic bytes queued upon entering the queue due to Insufficient Tokens.	Total Inbound Bytes Queued due to Insufficient Tokens is the number of inbound traffic bytes queued upon entering the queue due to Insufficient Tokens.
839	Total Inbound Bytes Queued due to Insufficient Tokens	Total Inbound Bytes Queued due to Insufficient Tokens
841	Total Inbound Packets Queued due to Insufficient Tokens is the number of inbound packets queued upon entering the queue due to Insufficient Tokens.	Total Inbound Packets Queued due to Insufficient Tokens is the number of inbound packets queued upon entering the queue due to Insufficient Tokens.
843	Total Inbound Packets Queued due to Insufficient Tokens	Total Inbound Packets Queued due to Insufficient Tokens
845	Total Inbound Bytes Resumed is the number of inbound traffic bytes released from the queue.	Total Inbound Bytes Resumed is the number of inbound traffic bytes released from the queue.
847	Total Inbound Bytes Resumed	Total Inbound Bytes Resumed
851	Total Inbound Packets Resumed is the number of inbound packets released from the queue.	Total Inbound Packets Resumed is the number of inbound packets released from the queue.
853	Total Inbound Packets Resumed	Total Inbound Packets Resumed
901	The Virtual Filtering Platform (VFP) QoS Queue Average Outbound Network Traffic counter set tracks the average network traffic through an outbound QoS Queue.	The Virtual Filtering Platform (VFP) QoS Queue Average Outbound Network Traffic counter set tracks the average network traffic through an outbound QoS Queue.
903	VFP QoS Queue Average Outbound Network Traffic	VFP QoS Queue Average Outbound Network Traffic
905	Average Outbound Bytes Entering the Queue is the rate, in bytes per second, of outbound traffic entering the QoS queue.	Average Outbound Bytes Entering the Queue is the rate, in bytes per second, of outbound traffic entering the QoS queue.
907	Average Outbound Bytes Entering the Queue	Average Outbound Bytes Entering the Queue
909	Average Outbound Packets Entering the Queue is the rate, in packets per second, of outbound traffic entering the QoS queue.	Average Outbound Packets Entering the Queue is the rate, in packets per second, of outbound traffic entering the QoS queue.
911	Average Outbound Packets Entering the Queue	Average Outbound Packets Entering the Queue
913	Average Outbound Bytes Allowed Through the Queue is the rate, in bytes per second, of outbound traffic allowed through the QoS queue without wait.	Average Outbound Bytes Allowed Through the Queue is the rate, in bytes per second, of outbound traffic allowed through the QoS queue without wait.
915	Average Outbound Bytes Allowed Through the Queue	Average Outbound Bytes Allowed Through the Queue
917	Average Outbound Packets Allowed Through the Queue is the rate, in packets per second, of outbound traffic allowed through the QoS queue without wait.	Average Outbound Packets Allowed Through the Queue is the rate, in packets per second, of outbound traffic allowed through the QoS queue without wait.
919	Average Outbound Packets Allowed Through the Queue	Average Outbound Packets Allowed Through the Queue
921	Average Outbound Bytes Dropped, is the rate, in bytes per second, of outbound traffic discarded from the QoS queue.	Average Outbound Bytes Dropped, is the rate, in bytes per second, of outbound traffic discarded from the QoS queue.
923	Average Outbound Bytes Dropped	Average Outbound Bytes Dropped
925	Average Outbound Packets Dropped, is the rate, in packets per second, of outbound traffic discarded from the QoS queue.	Average Outbound Packets Dropped, is the rate, in packets per second, of outbound traffic discarded from the QoS queue.
927	Average Outbound Packets Dropped	Average Outbound Packets Dropped
929	Average Outbound Bytes Queued due to Backlog is the rate, in bytes per second, of outbound traffic queued upon entering the queue due to existing backlog.	Average Outbound Bytes Queued due to Backlog is the rate, in bytes per second, of outbound traffic queued upon entering the queue due to existing backlog.
931	Average Outbound Bytes Queued due to Backlog	Average Outbound Bytes Queued due to Backlog
935	Average Outbound Packets Queued due to Backlog is the rate, in packets per second, of outbound traffic queued upon entering the queue due to existing backlog.	Average Outbound Packets Queued due to Backlog is the rate, in packets per second, of outbound traffic queued upon entering the queue due to existing backlog.
937	Average Outbound Packets Queued due to Backlog	Average Outbound Packets Queued due to Backlog
939	Average Outbound Bytes Queued due to Insufficient Tokens is the rate, in bytes per second, of outbound traffic queued upon entering the queue due to Insufficient Tokens.	Average Outbound Bytes Queued due to Insufficient Tokens is the rate, in bytes per second, of outbound traffic queued upon entering the queue due to Insufficient Tokens.
941	Average Outbound Bytes Queued due to Insufficient Tokens	Average Outbound Bytes Queued due to Insufficient Tokens
943	Average Outbound Packets Queued due to Insufficient Tokens is the rate, in packets per second, of outbound traffic queued upon entering the queue due to Insufficient Tokens.	Average Outbound Packets Queued due to Insufficient Tokens is the rate, in packets per second, of outbound traffic queued upon entering the queue due to Insufficient Tokens.
945	Average Outbound Packets Queued due to Insufficient Tokens	Average Outbound Packets Queued due to Insufficient Tokens
947	Average Outbound Bytes Resumed is the rate, in bytes per second, of outbound traffic released from the queue.	Average Outbound Bytes Resumed is the rate, in bytes per second, of outbound traffic released from the queue.
949	Average Outbound Bytes Resumed	Average Outbound Bytes Resumed
951	Average Outbound Packets Resumed is the rate, in packets per second, of outbound traffic released from the queue.	Average Outbound Packets Resumed is the rate, in packets per second, of outbound traffic released from the queue.
953	Average Outbound Packets Resumed	Average Outbound Packets Resumed
1001	The Virtual Filtering Platform (VFP) QoS Queue Total Outbound Network Traffic counter set tracks the total network traffic through an outbound QoS Queue.	The Virtual Filtering Platform (VFP) QoS Queue Total Outbound Network Traffic counter set tracks the total network traffic through an outbound QoS Queue.
1003	VFP QoS Queue Total Outbound Network Traffic	VFP QoS Queue Total Outbound Network Traffic
1005	Total Outbound Bytes Entering the Queue is the number of outbound traffic bytes entering the QoS queue.	Total Outbound Bytes Entering the Queue is the number of outbound traffic bytes entering the QoS queue.
1007	Total Outbound Bytes Entering the Queue	Total Outbound Bytes Entering the Queue
1009	Total Outbound Packets Entering the Queue is the number of outbound packets entering the QoS queue.	Total Outbound Packets Entering the Queue is the number of outbound packets entering the QoS queue.
1011	Total Outbound Packets Entering the Queue	Total Outbound Packets Entering the Queue
1013	Total Outbound Bytes Allowed Through the Queue is the number of outbound traffic bytes allowed through the QoS queue without wait.	Total Outbound Bytes Allowed Through the Queue is the number of outbound traffic bytes allowed through the QoS queue without wait.
1015	Total Outbound Bytes Allowed Through the Queue	Total Outbound Bytes Allowed Through the Queue
1017	Total Outbound Packets Allowed Through the Queue is the number of outbound packets allowed through the QoS queue without wait.	Total Outbound Packets Allowed Through the Queue is the number of outbound packets allowed through the QoS queue without wait.
1019	Total Outbound Packets Allowed Through the Queue	Total Outbound Packets Allowed Through the Queue
1021	Total Outbound Bytes Dropped is the total number of outbound bytes discarded from the QoS Queue.	Total Outbound Bytes Dropped is the total number of outbound bytes discarded from the QoS Queue.
1023	Total Outbound Bytes Dropped	Total Outbound Bytes Dropped
1025	Total Outbound Packets Dropped is the total number of outbound packets discarded from the QoS Queue.	Total Outbound Packets Dropped is the total number of outbound packets discarded from the QoS Queue.
1027	Total Outbound Packets Dropped	Total Outbound Packets Dropped
1029	Total Outbound Bytes Queued due to Backlog is the number of outbound traffic bytes queued upon entering the queue due to existing backlog.	Total Outbound Bytes Queued due to Backlog is the number of outbound traffic bytes queued upon entering the queue due to existing backlog.
1031	Total Outbound Bytes Queued due to Backlog	Total Outbound Bytes Queued due to Backlog
1033	Total Outbound Packets Queued due to Backlog is the number of outbound packets queued upon entering the queue due to existing backlog.	Total Outbound Packets Queued due to Backlog is the number of outbound packets queued upon entering the queue due to existing backlog.
1035	Total Outbound Packets Queued due to Backlog	Total Outbound Packets Queued due to Backlog
1037	Total Outbound Bytes Queued due to Insufficient Tokens is the number of outbound traffic bytes queued upon entering the queue due to Insufficient Tokens.	Total Outbound Bytes Queued due to Insufficient Tokens is the number of outbound traffic bytes queued upon entering the queue due to Insufficient Tokens.
1039	Total Outbound Bytes Queued due to Insufficient Tokens	Total Outbound Bytes Queued due to Insufficient Tokens
1041	Total Outbound Packets Queued due to Insufficient Tokens is the number of outbound packets queued upon entering the queue due to Insufficient Tokens.	Total Outbound Packets Queued due to Insufficient Tokens is the number of outbound packets queued upon entering the queue due to Insufficient Tokens.
1043	Total Outbound Packets Queued due to Insufficient Tokens	Total Outbound Packets Queued due to Insufficient Tokens
1045	Total Outbound Bytes Resumed is the number of outbound traffic bytes released from the queue.	Total Outbound Bytes Resumed is the number of outbound traffic bytes released from the queue.
1047	Total Outbound Bytes Resumed	Total Outbound Bytes Resumed
1049	Total Outbound Packets Resumed is the number of outbound packets released from the queue.	Total Outbound Packets Resumed is the number of outbound packets released from the queue.
1051	Total Outbound Packets Resumed	Total Outbound Packets Resumed
1053	Total Inbound Dropped GFT Copy Packets is the total number of inbound GFT copy packets for a port that were dropped as port specified by the OOB was not found or the packet had invalid data.	Total Inbound Dropped GFT Copy Packets is the total number of inbound GFT copy packets for a port that were dropped as port specified by the OOB was not found or the packet had invalid data.
1055	Total Inbound Dropped GFT Copy Packets	Total Inbound Dropped GFT Copy Packets
1061	Average Outbound GFT Exception Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port.	Average Outbound GFT Exception Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port.
1063	Average Outbound GFT Exception Packets	Average Outbound GFT Exception Packets
1065	Average Outbound GFT Exception UF Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that already have a UF.	Average Outbound GFT Exception UF Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that already have a UF.
1067	Average Outbound GFT Exception UF Packets	Average Outbound GFT Exception UF Packets
1069	Average Outbound GFT Exception UF Offloaded Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that already have a UF offloaded to the hardware	Average Outbound GFT Exception UF Offloaded Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that already have a UF offloaded to the hardware
1071	Average Outbound GFT Exception UF Offloaded Packets	Average Outbound GFT Exception UF Offloaded Packets
1073	Average Outbound GFT Exception UF Offload Pending Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that have a UF offload pending.	Average Outbound GFT Exception UF Offload Pending Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port that have a UF offload pending.
1075	Average Outbound GFT Exception UF Offload Pending Packets	Average Outbound GFT Exception UF Offload Pending Packets
1077	Average Outbound GFT Exception UF Offload Failed Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port and have a unified flow that failed offload to the provider.	Average Outbound GFT Exception UF Offload Failed Packets is the rate, in packets per second, at which the GFT provider indicated exception packets outbound from the port and have a unified flow that failed offload to the provider.
1079	Average Outbound GFT Exception UF Offload Failed Packets	Average Outbound GFT Exception UF Offload Failed Packets
1081	Average Outbound Unicast Forwarded GFT Exception Packets is the rate, in packets per second, at which the GFT provider indicated exception packets that were forwarded from a port.	Average Outbound Unicast Forwarded GFT Exception Packets is the rate, in packets per second, at which the GFT provider indicated exception packets that were forwarded from a port.
1083	Average Outbound Unicast Forwarded GFT Exception Packets	Average Outbound Unicast Forwarded GFT Exception Packets
1085	Average Outbound GFT Copy Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port.	Average Outbound GFT Copy Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port.
1087	Average Outbound GFT Copy Packets	Average Outbound GFT Copy Packets
1089	Average Outbound GFT Copy Reset Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port that have TCP RST bit set.	Average Outbound GFT Copy Reset Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port that have TCP RST bit set.
1091	Average Outbound GFT Copy Reset Packets	Average Outbound GFT Copy Reset Packets
1093	Average Outbound GFT Copy FIN Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port that have TCP FIN bit set.	Average Outbound GFT Copy FIN Packets is the rate, in packets per second, at which the GFT provider indicated copy packets outbound from the port that have TCP FIN bit set.
1095	Average Outbound GFT Copy FIN Packets	Average Outbound GFT Copy FIN Packets
1097	Average Outbound GFT Exception UF Offload Deferred Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets outbound from a port that have a unified flow that is in the deferred offload state.	Average Outbound GFT Exception UF Offload Deferred Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets outbound from a port that have a unified flow that is in the deferred offload state.
1099	Average Outbound GFT Exception UF Offload Deferred Packets	Average Outbound GFT Exception UF Offload Deferred Packets
1101	Total Outbound GFT Exception Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider.	Total Outbound GFT Exception Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider.
1103	Total Outbound GFT Exception Packets	Total Outbound GFT Exception Packets
1105	Total Outbound GFT Exception UF Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow.	Total Outbound GFT Exception UF Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow.
1107	Total Outbound GFT Exception UF Packets	Total Outbound GFT Exception UF Packets
1109	Total Outbound GFT Exception UF Offloaded Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow already offloaded to the provider.	Total Outbound GFT Exception UF Offloaded Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow already offloaded to the provider.
1111	Total Outbound GFT Exception UF Offloaded Packets	Total Outbound GFT Exception UF Offloaded Packets
1113	Total Outbound GFT Exception UF Offload Pending Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that is pending offload to the provider.	Total Outbound GFT Exception UF Offload Pending Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that is pending offload to the provider.
1115	Total Outbound GFT Exception UF Offload Pending Packets	Total Outbound GFT Exception UF Offload Pending Packets
1117	Total Outbound GFT Exception UF Offload Failed Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that failed offload to the provider.	Total Outbound GFT Exception UF Offload Failed Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that failed offload to the provider.
1119	Total Outbound GFT Exception UF Offload Failed Packets	Total Outbound GFT Exception UF Offload Failed Packets
1121	Total Outbound Unicast Forwarded GFT Exception Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and forwarded from a port.	Total Outbound Unicast Forwarded GFT Exception Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and forwarded from a port.
1123	Total Outbound Unicast Forwarded GFT Exception Packets	Total Outbound Unicast Forwarded GFT Exception Packets
1125	Total Outbound GFT Copy Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider.	Total Outbound GFT Copy Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider.
1127	Total Outbound GFT Copy Packets	Total Outbound GFT Copy Packets
1129	Total Outbound GFT Copy Reset Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider and have TCP RST bit set.	Total Outbound GFT Copy Reset Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider and have TCP RST bit set.
1131	Total Outbound GFT Copy Reset Packets	Total Outbound GFT Copy Reset Packets
1133	Total Outbound GFT Copy FIN Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider and have TCP FIN bit set.	Total Outbound GFT Copy FIN Packets is the total number of outbound packets from a port that are marked as copy packets by the GFT provider and have TCP FIN bit set.
1135	Total Outbound GFT Copy FIN Packets	Total Outbound GFT Copy FIN Packets
1137	Total Outbound GFT Exception UF Offload Deferred Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow in the deferred offload state.	Total Outbound GFT Exception UF Offload Deferred Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow in the deferred offload state.
1139	Total Outbound GFT Exception UF Offload Deferred Packets	Total Outbound GFT Exception UF Offload Deferred Packets
1141	Average Inbound GFT Exception UF Offload Blocked Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is blocked from offload.	Average Inbound GFT Exception UF Offload Blocked Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets for a port that have a unified flow that is blocked from offload.
1143	Average Inbound GFT Exception UF Offload Blocked Packets	Average Inbound GFT Exception UF Offload Blocked Packets
1145	Total Inbound GFT Exception UF Blocked Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that is blocked from offload.	Total Inbound GFT Exception UF Blocked Packets is the total number of inbound packets for a port that are marked as exception packets by the GFT provider and have a unified flow that is blocked from offload.
1147	Total Inbound GFT Exception UF Offload Blocked Packets	Total Inbound GFT Exception UF Offload Blocked Packets
1149	Average Outbound GFT Exception UF Offload Blocked Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets outbound from a port that have a unified flow that is blocked from offload.	Average Outbound GFT Exception UF Offload Blocked Packets is the rate, in packets per second, at which GFT provider indicates GFT exception packets outbound from a port that have a unified flow that is blocked from offload.
1151	Average Outbound GFT Exception UF Offload Blocked Packets	Average Outbound GFT Exception UF Offload Blocked Packets
1153	Total Outbound GFT Exception UF Blocked Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that is blocked from offload.	Total Outbound GFT Exception UF Blocked Packets is the total number of outbound packets from a port that are marked as exception packets by the GFT provider and have a unified flow that is blocked from offload.
1155	Total Outbound GFT Exception UF Offload Blocked Packets	Total Outbound GFT Exception UF Offload Blocked Packets
0x50000002	Error	Error
0x50000004	Information	Information
0x50000005	Verbose	Verbose
0xB0000001	VfpExt on port %1 (Name = %6, FriendlyName = %7) %3 %2 raw packets. GftFlags is %8. Contents (up to 64B) of the first packet in the NBL = %5	VfpExt on port %1 (Name = %6, FriendlyName = %7) %3 %2 raw packets. GftFlags is %8. Contents (up to 64B) of the first packet in the NBL = %5
0xB0000002	VfpExt on port %1 (Name = %4, FriendlyName = %5) injected raw packets. Contents (up to 64B) of the first packet in the NBL = %3	VfpExt on port %1 (Name = %4, FriendlyName = %5) injected raw packets. Contents (up to 64B) of the first packet in the NBL = %3
0xB0000033	VfpExt on port %1 (Name = %6, FriendlyName = %7) dropped %2 raw packets because of %3. GftFlags is %8. Contents (up to 64B) of the first packet in the NBL = %5	VfpExt on port %1 (Name = %6, FriendlyName = %7) dropped %2 raw packets because of %3. GftFlags is %8. Contents (up to 64B) of the first packet in the NBL = %5
0xB0000034	VfpExt on port %1 (Name = %7, FriendlyName = %8) dropped %2packets because of %3. {src mac = %4, dst mac = %5, type = %6, gftFlags = %9}	VfpExt on port %1 (Name = %7, FriendlyName = %8) dropped %2packets because of %3. {src mac = %4, dst mac = %5, type = %6, gftFlags = %9}
0xB0000035	VfpExt on port %1 (Name = %9, FriendlyName = %10) dropped %2packets because of %3. {src mac = %4, dst mac = %5}:{src ip = %6, dst ip = %7, protocol = %8, gftFlags = %11}	VfpExt on port %1 (Name = %9, FriendlyName = %10) dropped %2packets because of %3. {src mac = %4, dst mac = %5}:{src ip = %6, dst ip = %7, protocol = %8, gftFlags = %11}
0xB0000037	VfpExt on port %1 (Name = %12, FriendlyName = %13) dropped %2packets because of %3. {src mac = %4, dst mac = %5}:{src ip = %6, dst ip = %7, protocol = %8}:{src port = %9, dst port = %10, isTcpSyn = %11, gftFlags = %14}	VfpExt on port %1 (Name = %12, FriendlyName = %13) dropped %2packets because of %3. {src mac = %4, dst mac = %5}:{src ip = %6, dst ip = %7, protocol = %8}:{src port = %9, dst port = %10, isTcpSyn = %11, gftFlags = %14}
0xB0000039	VfpExt on port %1 (Name = %9, FriendlyName = %10) dropped %2ARP packets because of %3. ARP type - %4, {sender mac = %5, sender ip = %6, target mac = %7, target ip = %8, gftFlags = %11}	VfpExt on port %1 (Name = %9, FriendlyName = %10) dropped %2ARP packets because of %3. ARP type - %4, {sender mac = %5, sender ip = %6, target mac = %7, target ip = %8, gftFlags = %11}
0xB0000065	%6rule with ID %5 processed %2packets on port %1 (Name = %14, FriendlyName = %15) with status = %13: flow ID {src ip = %7, dst ip = %8, src port = %9, dst port = %10, protocol = %11, isTcpSyn = %12}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %16}	%6rule with ID %5 processed %2packets on port %1 (Name = %14, FriendlyName = %15) with status = %13: flow ID {src ip = %7, dst ip = %8, src port = %9, dst port = %10, protocol = %11, isTcpSyn = %12}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %16}
0xB0000067	%6rule with ID %5 processed %2packets on port %1 (Name = %12, FriendlyName = %13) with status = %11: flow id {src ip = %7, dst ip = %8, protocol = %9, icmp type = %10}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %14}	%6rule with ID %5 processed %2packets on port %1 (Name = %12, FriendlyName = %13) with status = %11: flow id {src ip = %7, dst ip = %8, protocol = %9, icmp type = %10}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %14}
0xB0000069	%6rule with ID %5 processed %2packets on port %1 (Name = %11, FriendlyName = %12) with status = %10: flow id {src ip = %7, dst ip = %8, gre key = %9}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %13}	%6rule with ID %5 processed %2packets on port %1 (Name = %11, FriendlyName = %12) with status = %10: flow id {src ip = %7, dst ip = %8, gre key = %9}, rule {layer = %3, group = %4, rule id = %5, gftFlags = %13}
0xB000006A	VfpExt on port %1 (Name = %11, FriendlyName = %12) matched %2packets with flow id {src ip = %5, dst ip = %6, src port = %7, dst port = %8, protocol = %9, isTcpSyn = %10} to flow {layer = %3, flow type = %4}. GftFlags = %13.	VfpExt on port %1 (Name = %11, FriendlyName = %12) matched %2packets with flow id {src ip = %5, dst ip = %6, src port = %7, dst port = %8, protocol = %9, isTcpSyn = %10} to flow {layer = %3, flow type = %4}. GftFlags = %13.
0xB000006C	VfpExt on port %1 (Name = %9, FriendlyName = %10) matched %2packets with flow id {src ip = %5, dst ip = %6, protocol = %7, icmp type = %8} to flow {layer = %3, flow type = %4}. GftFlags = %11.	VfpExt on port %1 (Name = %9, FriendlyName = %10) matched %2packets with flow id {src ip = %5, dst ip = %6, protocol = %7, icmp type = %8} to flow {layer = %3, flow type = %4}. GftFlags = %11.
0xB000006E	VfpExt has finished processing %2packets on port %1 (Name = %10, FriendlyName = %11) with status %3 with flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8, isTcpSyn = %9}. GftFlags = %12.	VfpExt has finished processing %2packets on port %1 (Name = %10, FriendlyName = %11) with status %3 with flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8, isTcpSyn = %9}. GftFlags = %12.
0xB0000070	VfpExt has finished processing %2packets on port %1 (Name = %8, FriendlyName = %9) with status %3 with flow id {src ip = %4, dst ip = %5, protocol = %6, icmp type = %7}. GftFlags = %10.	VfpExt has finished processing %2packets on port %1 (Name = %8, FriendlyName = %9) with status %3 with flow id {src ip = %4, dst ip = %5, protocol = %6, icmp type = %7}. GftFlags = %10.
0xB0000072	VfpExt has finished processing %2packets on port %1 (Name = %7, FriendlyName = %8) with status %3 with flow id {src ip = %4, dst ip = %5, gre key = %6}. GftFlags = %9	VfpExt has finished processing %2packets on port %1 (Name = %7, FriendlyName = %8) with status %3 with flow id {src ip = %4, dst ip = %5, gre key = %6}. GftFlags = %9
0xB0000073	VfpExt on port %1 (Name = %10, FriendlyName = %11) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8, isTcpSyn = %9}, gftFlags = %12	VfpExt on port %1 (Name = %10, FriendlyName = %11) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8, isTcpSyn = %9}, gftFlags = %12
0xB0000075	VfpExt on port %1 (Name = %8, FriendlyName = %9) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, protocol = %6, icmp type = %7}. GftFlags = %10	VfpExt on port %1 (Name = %8, FriendlyName = %9) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, protocol = %6, icmp type = %7}. GftFlags = %10
0xB0000077	VfpExt on port %1 (Name = %7, FriendlyName = %8) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, gre key = %6}. GftFlags = %9	VfpExt on port %1 (Name = %7, FriendlyName = %8) found no match in layer %3 for %2packets with flow id {src ip = %4, dst ip = %5, gre key = %6}. GftFlags = %9
0xB0000097	VfpExt on port %1 (Name = %5, FriendlyName = %6) rewrote %2packets with following header: {src mac = %3, dst mac = %4}	VfpExt on port %1 (Name = %5, FriendlyName = %6) rewrote %2packets with following header: {src mac = %3, dst mac = %4}
0xB0000098	VfpExt on port %1 (Name = %7, FriendlyName = %8) rewrote %2packets with following header: {src ip = %3, dst ip = %4}:{src port = %5, dst port = %6}	VfpExt on port %1 (Name = %7, FriendlyName = %8) rewrote %2packets with following header: {src ip = %3, dst ip = %4}:{src port = %5, dst port = %6}
0xB000009A	VfpExt on port %1 (Name = %9, FriendlyName = %10) encapped %2packets with following header: {src mac = %3, dst mac = %4}:{src ip = %5, dst ip = %6, encap type = %7, isolation id = %8}	VfpExt on port %1 (Name = %9, FriendlyName = %10) encapped %2packets with following header: {src mac = %3, dst mac = %4}:{src ip = %5, dst ip = %6, encap type = %7, isolation id = %8}
0xB000009B	VfpExt on port %1 (Name = %3, FriendlyName = %4) decapped %2packets	VfpExt on port %1 (Name = %3, FriendlyName = %4) decapped %2packets
0xB000009C	VfpExt on port %1 (Name = %5, FriendlyName = %6) duplicated %2packets. GftFlags = %7. Contents (up to 64B) of the first packet = %4	VfpExt on port %1 (Name = %5, FriendlyName = %6) duplicated %2packets. GftFlags = %7. Contents (up to 64B) of the first packet = %4
0xB000009D	VfpExt on port %1 (Name = %5, FriendlyName = %6) swallowed %2packet. GftFlags = %7. Contents (up to 64B) of the first packet = %4	VfpExt on port %1 (Name = %5, FriendlyName = %6) swallowed %2packet. GftFlags = %7. Contents (up to 64B) of the first packet = %4
0xB00000C9	VfpExt on port %1 (Name = %8, FriendlyName = %9) deposited into nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}	VfpExt on port %1 (Name = %8, FriendlyName = %9) deposited into nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}
0xB00000CB	VfpExt on port %1 (Name = %8, FriendlyName = %9) withdrawed from nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}	VfpExt on port %1 (Name = %8, FriendlyName = %9) withdrawed from nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}
0xB00000CD	VfpExt on port %1 (Name = %8, FriendlyName = %9) removed from nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}	VfpExt on port %1 (Name = %8, FriendlyName = %9) removed from nat pool %2 the following nat range: {range type = %3, addr = %4, start port = %5, end port = %6, ref limit = %7}
0xB00000CF	VfpExt on port %1 (Name = %8, FriendlyName = %9) %2 NatPortBinding: {internal addr = %3, internal port = %4, external addr = %5, external port = %6, reference = %7}	VfpExt on port %1 (Name = %8, FriendlyName = %9) %2 NatPortBinding: {internal addr = %3, internal port = %4, external addr = %5, external port = %6, reference = %7}
0xB00000FB	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %4, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %4, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB00000FC	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %4, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %4, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB00000FE	VfpExt on port %1 (Name = %7, FriendlyName = %8) pended into space %2 the following mapping with notify Irp sent : {index type = %3, ip = %4, mac = %5, mapping type = %6}	VfpExt on port %1 (Name = %7, FriendlyName = %8) pended into space %2 the following mapping with notify Irp sent : {index type = %3, ip = %4, mac = %5, mapping type = %6}
0xB00000FF	VfpExt on port %1 (Name = %7, FriendlyName = %8) pended into space %2 the following mapping with notify Irp missed: {index type = %3, ip = %4, mac = %5, mapping type = %6}	VfpExt on port %1 (Name = %7, FriendlyName = %8) pended into space %2 the following mapping with notify Irp missed: {index type = %3, ip = %4, mac = %5, mapping type = %6}
0xB000012D	VfpExt on port %1 (Name = %9, FriendlyName = %10) performing action %2 for item %3 with size %4 reference %5 version %6 status %7: {additional context %8}	VfpExt on port %1 (Name = %9, FriendlyName = %10) performing action %2 for item %3 with size %4 reference %5 version %6 status %7: {additional context %8}
0xB000012E	VfpExt on QoS queue %1 performing action %2 for port %3 with EnforceIntraHostLimit = %4, TxCap = %5, TxMin = %6, RxCap = %7, TxQueue = %8, RxQueue = %9	VfpExt on QoS queue %1 performing action %2 for port %3 with EnforceIntraHostLimit = %4, TxCap = %5, TxMin = %6, RxCap = %7, TxQueue = %8, RxQueue = %9
0xB000012F	VfpExt on max cap queue %1 with rate = %2 performing action %3	VfpExt on max cap queue %1 with rate = %2 performing action %3
0xB0000130	Subscriber %2 has subscribed for notifications in compartment id %1 with status = %3, flags = {all = %4, neighbor changes = %5, route changes = %6}	Subscriber %2 has subscribed for notifications in compartment id %1 with status = %3, flags = {all = %4, neighbor changes = %5, route changes = %6}
0xB0000131	Subscriber %2 has unsubscribed from notifications in compartment ID %1	Subscriber %2 has unsubscribed from notifications in compartment ID %1
0xB0000136	A ND mapping has been added with status %6: { next hop ip %1, MAC address %4, interface %2, type %5 }	A ND mapping has been added with status %6: { next hop ip %1, MAC address %4, interface %2, type %5 }
0xB0000138	A ND mapping has been deleted: { next hop ip %1, interface %2, MAC address %4, type %5, access time %3 }	A ND mapping has been deleted: { next hop ip %1, interface %2, MAC address %4, type %5, access time %3 }
0xB000013A	A flow matched PA route rule: { rule context %1, src ip %2, dst ip %3, next hop ip %4, resolved MAC address %5 }	A flow matched PA route rule: { rule context %1, src ip %2, dst ip %3, next hop ip %4, resolved MAC address %5 }
0xB000013C	A callback from IP for PA route rule: { rule context %1, flags %2, dest ip %3, MAC address %4 }	A callback from IP for PA route rule: { rule context %1, flags %2, dest ip %3, MAC address %4 }
0xB000013E	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %6, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %6, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB000013F	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %6, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %6, pa = %7, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB0000141	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %4, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %4, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB0000142	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %4, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %4, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB0000144	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %6, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) added into space %2 the following mapping: {mapping type = %3, ca = %6, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB0000145	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %6, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}	VfpExt on port %1 (Name = %19, FriendlyName = %20) removed from space %2 the following mapping: {mapping type = %3, ca = %6, pa = %9, mac addr = %10, customer mac addr = %11, isolation id = %12, flags = {all = %13, permanent = %14, non unique PA = %15, mac mapping = %16, L4-load-balanced mapping = %17, L3-load-balanced mapping = %18}}
0xB0000147	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %4, dest ca = %7, src pa = %10, dest pa = %13, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %4, dest ca = %7, src pa = %10, dest pa = %13, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}
0xB0000148	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %6, dest ca = %9, src pa = %10, dest pa = %13, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %6, dest ca = %9, src pa = %10, dest pa = %13, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}
0xB0000149	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %4, dest ca = %7, src pa = %12, dest pa = %15, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %4, dest ca = %7, src pa = %12, dest pa = %15, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}
0xB000014A	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %6, dest ca = %9, src pa = %12, dest pa = %15, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}	A flow matched Mapencap rule: {rule context %1, original dest mac = %2, new dest mac = %3, src ca = %6, dest ca = %9, src pa = %12, dest pa = %15, isolation id = %16, flags = {all = %17, encap type = %18, mac lookup = %19, ca route = %20, use mapping isolation id = %21}}
0xB000014B	QoS reservation created line %2 on switch %1 with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation created line %2 on switch %1 with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB000014C	QoS reservation updated line %2 on switch %1 with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation updated line %2 on switch %1 with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB000014D	QoS reservation deleted line %2 on switch %1 with status=%3.	QoS reservation deleted line %2 on switch %1 with status=%3.
0xB000014E	QoS reservation line %2 on switch %1 changes available BW with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation line %2 on switch %1 changes available BW with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB000014F	QoS reservation for line %2 on switch %1 handles an external NIC connect event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation for line %2 on switch %1 handles an external NIC connect event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB0000150	QoS reservation for line %2 on switch %1 handles an external NIC link state event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation for line %2 on switch %1 handles an external NIC link state event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB0000151	QoS reservation for line %2 on switch %1 handles an external NIC link speed change event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}	QoS reservation for line %2 on switch %1 handles an external NIC link speed change event with status=%3. Line's config is {res mode = %4, default res = %5, link speed pct = %6, NIC link speed = %7, NIC min guarantee pct = %8 reservable bw = %9, avail bw = %10}
0xB0000152	QoS reservation for line %1 handles a new rate allocation event: %2	QoS reservation for line %1 handles a new rate allocation event: %2
0xB0000153	QoS reservation for line %2 on switch %1 adds queue %3 to the line	QoS reservation for line %2 on switch %1 adds queue %3 to the line
0xB0000154	QoS reservation for line %2 on switch %1 deletes queue %3 from the line	QoS reservation for line %2 on switch %1 deletes queue %3 from the line
0xB0000155	VfpExt QoS queue %1 with EnforceIntraHostLimit=%3, TxCap=%4, TxMin=%5, RxCap=%6, TxQueueDepth=%7, RxQueueDepth=%8, TxBurstSize=%9, RxBurstSize=%10, ResLowPct=%11, ResHighPct=%12, ResHeadroomPct=%13, ResRampupTime=%14, ResMinRate=%15, successfully performed action '%2'	VfpExt QoS queue %1 with EnforceIntraHostLimit=%3, TxCap=%4, TxMin=%5, RxCap=%6, TxQueueDepth=%7, RxQueueDepth=%8, TxBurstSize=%9, RxBurstSize=%10, ResLowPct=%11, ResHighPct=%12, ResHeadroomPct=%13, ResRampupTime=%14, ResMinRate=%15, successfully performed action '%2'
0xB0000156	VfpExt QoS queue %1 with EnforceIntraHostLimit=%3, TxCap=%4, TxMin=%5, RxCap=%6, TxQueueDepth=%9, RxQueueDepth=%10, TxBurstSize=%11, RxBurstSize=%12, ResLowPct=%13, ResHighPct=%14, ResHeadroomPct=%15, ResRampupTime=%16, ResMinRate=%17, failed action '%2' with reason '%8', status=%7	VfpExt QoS queue %1 with EnforceIntraHostLimit=%3, TxCap=%4, TxMin=%5, RxCap=%6, TxQueueDepth=%9, RxQueueDepth=%10, TxBurstSize=%11, RxBurstSize=%12, ResLowPct=%13, ResHighPct=%14, ResHeadroomPct=%15, ResRampupTime=%16, ResMinRate=%17, failed action '%2' with reason '%8', status=%7
0xB0000157	VfpExt QoS queue %1 and port %2 successfully performed action '%3'	VfpExt QoS queue %1 and port %2 successfully performed action '%3'
0xB0000158	VfpExt QoS queue %1 and port %2 failed action '%3' with reason '%5', status=%4	VfpExt QoS queue %1 and port %2 failed action '%3' with reason '%5', status=%4
0xB0000159	VfpExt QoS reservation on vswitch '%1' successfully performed action '%2', line info = {mode=%3, defaultRes=%4, defaultQDepth=%11, defaultQBurstSize=%12, defaultQUnderUtilized=%13, defaultQOverUtilized=%14, defaultQHeadroom=%15, defaultQRampup=%16, defaultQueueMinRate=%17, NIC linkspeed=%6, res linkspeed pct=%5, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%10}	VfpExt QoS reservation on vswitch '%1' successfully performed action '%2', line info = {mode=%3, defaultRes=%4, defaultQDepth=%11, defaultQBurstSize=%12, defaultQUnderUtilized=%13, defaultQOverUtilized=%14, defaultQHeadroom=%15, defaultQRampup=%16, defaultQueueMinRate=%17, NIC linkspeed=%6, res linkspeed pct=%5, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%10}
0xB000015A	VfpExt QoS reservation on vswitch '%1' failed action '%2' with reason '%11', status=%10, failed config={mode=%3, defaultRes=%4, defaultQDepth=%13, defaultQBurstSize=%14, defaultQUnderUtilized=%15, defaultQOverUtilized=%16, defaultQHeadroom=%17, defaultQRampup=%18, defaultQueueMinRate=%19, res linkspeed pct=%5}, line info= {NIC linkspeed=%6, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%12}	VfpExt QoS reservation on vswitch '%1' failed action '%2' with reason '%11', status=%10, failed config={mode=%3, defaultRes=%4, defaultQDepth=%13, defaultQBurstSize=%14, defaultQUnderUtilized=%15, defaultQOverUtilized=%16, defaultQHeadroom=%17, defaultQRampup=%18, defaultQueueMinRate=%19, res linkspeed pct=%5}, line info= {NIC linkspeed=%6, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%12}
0xB000015B	VfpExt QoS reservation on vswitch '%1' got external NIC event '%2', status='%10', line info = {mode=%3, default res=%4, NIC linkspeed=%6, res linkspeed pct=%5, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%11}	VfpExt QoS reservation on vswitch '%1' got external NIC event '%2', status='%10', line info = {mode=%3, default res=%4, NIC linkspeed=%6, res linkspeed pct=%5, DCB0 pct=%7, reservableBW=%8, availableBW=%9, numActiveQueues=%11}
0xB000015C	VfpExt QoS reservation on vswitch '%1' and queue '%2' with reservation %3 successfully performed action '%4', line info = {mode=%5, default res=%6, NIC linkspeed=%8, res linkspeed pct=%7, DCB0 pct=%9, reservableBW=%10, availableBW=%11, numActiveQueues=%12}	VfpExt QoS reservation on vswitch '%1' and queue '%2' with reservation %3 successfully performed action '%4', line info = {mode=%5, default res=%6, NIC linkspeed=%8, res linkspeed pct=%7, DCB0 pct=%9, reservableBW=%10, availableBW=%11, numActiveQueues=%12}
0xB000015D	VfpExt QoS reservation (line:'%1') has congestion control event '%2'	VfpExt QoS reservation (line:'%1') has congestion control event '%2'
0xB000015F	VfpExt dropped a packet from port %1 (Name = %7, FriendlyName = %8) in forwarding because of %2. {src mac = %3, dst mac = %4, type = %5, vlanID = %6}, gftFlags = %9	VfpExt dropped a packet from port %1 (Name = %7, FriendlyName = %8) in forwarding because of %2. {src mac = %3, dst mac = %4, type = %5, vlanID = %6}, gftFlags = %9
0xB0000160	VfpExt successfully forwarded a packet from port %1 (Name = %9, FriendlyName = %10) to destination %2 (Name = %11, FriendlyName = %12). {src mac = %3, dst mac = %4, type = %5, vlanID = %6, isBroadcast = %7, innerForwardingUsed = %8}, gftFlags = %13	VfpExt successfully forwarded a packet from port %1 (Name = %9, FriendlyName = %10) to destination %2 (Name = %11, FriendlyName = %12). {src mac = %3, dst mac = %4, type = %5, vlanID = %6, isBroadcast = %7, innerForwardingUsed = %8}, gftFlags = %13
0xB0000161	VfpExt is skipping destination port %2 (Name = %9, FriendlyName = %10) in broadcast list of packet from source port %1 (Name = %7, FriendlyName = %8). {src mac = %3, dst mac = %4, type = %5, vlanID = %6}, gftFlags = %11	VfpExt is skipping destination port %2 (Name = %9, FriendlyName = %10) in broadcast list of packet from source port %1 (Name = %7, FriendlyName = %8). {src mac = %3, dst mac = %4, type = %5, vlanID = %6}, gftFlags = %11
0xB0000162	VfpExt failed to forward packet from source port %1 (Name = %8, FriendlyName = %9) based on inner headers, attempting to forward based on outer headers. {outer src mac = %2, outer dst mac = %3, type = %4, inner dest mac = %5, vlan id = %6, isolation id = %7}, gftFlags = %10	VfpExt failed to forward packet from source port %1 (Name = %8, FriendlyName = %9) based on inner headers, attempting to forward based on outer headers. {outer src mac = %2, outer dst mac = %3, type = %4, inner dest mac = %5, vlan id = %6, isolation id = %7}, gftFlags = %10
0xB0000163	The save operation for port %1 (Name = %5, FriendlyName = %6) failed with reason '%2'. ExtendedData1: %3, ExtendedData2: %4.	The save operation for port %1 (Name = %5, FriendlyName = %6) failed with reason '%2'. ExtendedData1: %3, ExtendedData2: %4.
0xB0000164	The save completion operation for port %1 (Name = %5, FriendlyName = %6) failed with reason '%2'. ExtendedData1: %3, ExtendedData2: %4.	The save completion operation for port %1 (Name = %5, FriendlyName = %6) failed with reason '%2'. ExtendedData1: %3, ExtendedData2: %4.
0xB0000166	Succesfully saved port %1 (Name = %4, FriendlyName = %5). Size: %2, BlockPortOnRestore: %3.	Succesfully saved port %1 (Name = %4, FriendlyName = %5). Size: %2, BlockPortOnRestore: %3.
0xB0000167	The overall save operation for port %1 (Name = %4, FriendlyName = %5) is complete.	The overall save operation for port %1 (Name = %4, FriendlyName = %5) is complete.
0xB0000168	Succesfully restored port %1 (Name = %4, FriendlyName = %5). Size: %2, Block State: %3.	Succesfully restored port %1 (Name = %4, FriendlyName = %5). Size: %2, Block State: %3.
0xB0000169	Save request for port %1 (Name = %3, FriendlyName = %4) returned to caller with a size request of %2.	Save request for port %1 (Name = %3, FriendlyName = %4) returned to caller with a size request of %2.
0xB000016A	Save request for port %1 (Name = %5, FriendlyName = %6) allowed to proceed to the next component with reason '%4'.	Save request for port %1 (Name = %5, FriendlyName = %6) allowed to proceed to the next component with reason '%4'.
0xB000016B	Restore request for port %1 (Name = %5, FriendlyName = %6) ignored by extension '%3' with reason '%4'.	Restore request for port %1 (Name = %5, FriendlyName = %6) ignored by extension '%3' with reason '%4'.
0xB000016C	Restore request failure for port %1 (Name = %4, FriendlyName = %5) suppressed	Restore request failure for port %1 (Name = %4, FriendlyName = %5) suppressed
0xB00001C3	Redirect for port %1 (Name = %3, FriendlyName = %4) failed. Reason: '%2'.	Redirect for port %1 (Name = %3, FriendlyName = %4) failed. Reason: '%2'.
0xB00001C4	OID %2 issued on port ID %1 (Name = %4, FriendlyName = %5). Status: %3.	OID %2 issued on port ID %1 (Name = %4, FriendlyName = %5). Status: %3.
0xB00001C5	Status Indication code %2 from port ID %1 (Name = %3, FriendlyName = %4).	Status Indication code %2 from port ID %1 (Name = %3, FriendlyName = %4).
0xB00001C6	NDIS_OFFLOAD state in the context of %1. HeaderRevision %2, EncapsulationTypes %3, MaxHeaderSizeSupported %4, NvgreTransmitChecksumOffloadSupported %5, NvgreReceiveChecksumOffloadSupported %6, NvgreLsoV2Supported %7, NvgreRssSupported %8, NvgreVmqSupported %9, VxlanTransmitChecksumOffloadSupported %10, VxlanReceiveChecksumOffloadSupported %11, VxlanLsoV2Supported %12, VxlanRssSupported %13, VxlanVmqSupported %14, VxlanUDPPortNumber %15, VxlanUDPPortNumberConfigurable %16.	NDIS_OFFLOAD state in the context of %1. HeaderRevision %2, EncapsulationTypes %3, MaxHeaderSizeSupported %4, NvgreTransmitChecksumOffloadSupported %5, NvgreReceiveChecksumOffloadSupported %6, NvgreLsoV2Supported %7, NvgreRssSupported %8, NvgreVmqSupported %9, VxlanTransmitChecksumOffloadSupported %10, VxlanReceiveChecksumOffloadSupported %11, VxlanLsoV2Supported %12, VxlanRssSupported %13, VxlanVmqSupported %14, VxlanUDPPortNumber %15, VxlanUDPPortNumberConfigurable %16.
0xB00001C7	OID_RECEIVE_FILTER_SET_FILTER for port ID %2 (Name = %5, FriendlyName = %6). Inner Mac VMQ Setting Enabled = %1, MAC address on filter %3, Inner Mac Flag Set = %4.	OID_RECEIVE_FILTER_SET_FILTER for port ID %2 (Name = %5, FriendlyName = %6). Inner Mac VMQ Setting Enabled = %1, MAC address on filter %3, Inner Mac Flag Set = %4.
0xB00001C8	PA route rule update callback: { rule context %1, elapsed time %2, cache pruning timeout %3, cache pruning threshold %4, ND entries %5 }	PA route rule update callback: { rule context %1, elapsed time %2, cache pruning timeout %3, cache pruning threshold %4, ND entries %5 }
0xB00001F4	DTLS Session {Port %1 (Name = %13, FriendlyName = %14), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Called security API %7 with select params %8, %9, %10 and %11 returned status %12.	DTLS Session {Port %1 (Name = %13, FriendlyName = %14), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Called security API %7 with select params %8, %9, %10 and %11 returned status %12.
0xB00001F5	DTLS Session {Port %1 (Name = %8, FriendlyName = %9), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Handshake fatal error: %7.	DTLS Session {Port %1 (Name = %8, FriendlyName = %9), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Handshake fatal error: %7.
0xB00001F6	DTLS Session {Port %1 (Name = %10, FriendlyName = %11), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Transition state from %7 to %8. Reason: %9	DTLS Session {Port %1 (Name = %10, FriendlyName = %11), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} Transition state from %7 to %8. Reason: %9
0xB00001F7	DTLS Session {Port %1 (Name = %10, FriendlyName = %11), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} DTLS packet direction %7 Content Type %8, Handshake Protocol %9	DTLS Session {Port %1 (Name = %10, FriendlyName = %11), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} DTLS packet direction %7 Content Type %8, Handshake Protocol %9
0xB00001F8	DTLS Session {Port %1 (Name = %8, FriendlyName = %9), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} %7	DTLS Session {Port %1 (Name = %8, FriendlyName = %9), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} %7
0xB00001F9	DTLS Session {Port %1 (Name = %12, FriendlyName = %13), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} %7. Numeric params:%8 %9 Str params: %10 %11	DTLS Session {Port %1 (Name = %12, FriendlyName = %13), Session ID %2} {Port %1 Peer Outer IP %3, Peer Inner MAC %4, TNI %5, Tunnel ID %6} %7. Numeric params:%8 %9 Str params: %10 %11
0xB00001FA	DTLS on Port %1 ((Name = %3, FriendlyName = %4) %2	DTLS on Port %1 ((Name = %3, FriendlyName = %4) %2
0xB00001FD	PADiscoveryEvent port %1 (Name = %12, FriendlyName = %13) direction %2 state %3 flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8} DiscoveryType = %9 PADiscovered = %10 message = %11	PADiscoveryEvent port %1 (Name = %12, FriendlyName = %13) direction %2 state %3 flow id {src ip = %4, dst ip = %5, src port = %6, dst port = %7, protocol = %8} DiscoveryType = %9 PADiscovered = %10 message = %11
0xB0000227	Port %1 (Name = %16, FriendlyName = %17) parsed DHCP packet Operation:%2 MessageType:%3 ClientIp:%4 ClientMac:%5 TransactionId:%6 AssignedIp:%7 ServerIp:%8 RequestedIp:%9 RelayIp:%10 DnsIp:%11 SrcIp=SrcPort:%12=%13 DstIp=DstPort:%14=%15. GftFlags = %18	Port %1 (Name = %16, FriendlyName = %17) parsed DHCP packet Operation:%2 MessageType:%3 ClientIp:%4 ClientMac:%5 TransactionId:%6 AssignedIp:%7 ServerIp:%8 RequestedIp:%9 RelayIp:%10 DnsIp:%11 SrcIp=SrcPort:%12=%13 DstIp=DstPort:%14=%15. GftFlags = %18
0xB0000258	VfpExt on port %1 (Name = %33, FriendlyName = %34) created %2 unified flow %35: IsMain=%3, IsPending=%4, IsTcpSyn=%29, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}, {EncapTransposition0 (%30), EncapTransposition1 (%31), InnerTransposition (%32)}	VfpExt on port %1 (Name = %33, FriendlyName = %34) created %2 unified flow %35: IsMain=%3, IsPending=%4, IsTcpSyn=%29, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}, {EncapTransposition0 (%30), EncapTransposition1 (%31), InnerTransposition (%32)}
0xB000025A	VfpExt on port %1 (Name = %31, FriendlyName = %32) created %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}, {EncapTransposition0 (%28), EncapTransposition1 (%29), InnerTransposition (%30)}	VfpExt on port %1 (Name = %31, FriendlyName = %32) created %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}, {EncapTransposition0 (%28), EncapTransposition1 (%29), InnerTransposition (%30)}
0xB000025C	VfpExt on port %1 (Name = %33, FriendlyName = %34) matched %2 unified flow %35: IsMain=%3, IsPending=%4, IsTcpSyn=%29, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}, {EncapTransposition0 (%30), EncapTransposition1 (%31), InnerTransposition (%32)}	VfpExt on port %1 (Name = %33, FriendlyName = %34) matched %2 unified flow %35: IsMain=%3, IsPending=%4, IsTcpSyn=%29, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}, {EncapTransposition0 (%30), EncapTransposition1 (%31), InnerTransposition (%32)}
0xB000025E	VfpExt on port %1 (Name = %31, FriendlyName = %32) matched %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}, {EncapTransposition0 (%28), EncapTransposition1 (%29), InnerTransposition (%30)}	VfpExt on port %1 (Name = %31, FriendlyName = %32) matched %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}, {EncapTransposition0 (%28), EncapTransposition1 (%29), InnerTransposition (%30)}
0xB0000260	VfpExt on port %1 (Name = %29, FriendlyName = %30) deleted %2 unified flow %31: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}	VfpExt on port %1 (Name = %29, FriendlyName = %30) deleted %2 unified flow %31: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, SrcPort=%27, DestPort=%28)}
0xB0000262	VfpExt on port %1 (Name = %28, FriendlyName = %29) deleted %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}	VfpExt on port %1 (Name = %28, FriendlyName = %29) deleted %2 unified flow: IsMain=%3, IsPending=%4, Tni=%5, VlanId=%6, NumEncaps=%7, {EncapFlowId0 (EncapType=%8, SrcMac=%9, DestMac=%10, SrcIp=%11, DestIp=%12, TenantId=%13, EncryptVlanId=%14) EncapFlowId1 (EncapType=%15, SrcMac=%16, DestMac=%17, SrcIp=%18, DestIp=%19, TenantId=%20, EncryptVlanId=%21) InnerFlowId (Protocol=%22, SrcMac=%23, DestMac=%24, SrcIp=%25, DestIp=%26, IcmpType=%27)}
0xB000028A	File operation %1 on file %2 with size %3 completed with status %4, hex %5	File operation %1 on file %2 with size %3 completed with status %4, hex %5
0xB00002BC	Failure in control processing for object. Id: %1, Name: %11, Operation Type: %2, Type: %3, SubType: %4, Flags: %5, Port id: %6, Port name: %7, Status: %8, Failure reason (value = %10): %9	Failure in control processing for object. Id: %1, Name: %11, Operation Type: %2, Type: %3, SubType: %4, Flags: %5, Port id: %6, Port name: %7, Status: %8, Failure reason (value = %10): %9
0xB00002BD	Success during control processing for object. Id: %1, Name: %11, Operation Type: %2, Type: %3, SubType: %4, Flags: %5, Port id: %6, Port name: %7	Success during control processing for object. Id: %1, Name: %11, Operation Type: %2, Type: %3, SubType: %4, Flags: %5, Port id: %6, Port name: %7
0xB00002BE	Ioctl completed. Switch name: %1, Port id: %2, Port name: %3, Process id: %5, Irp: %6, Status: %7	Ioctl completed. Switch name: %1, Port id: %2, Port name: %3, Process id: %5, Irp: %6, Status: %7
0xB00002BF	Failed when setting port information. Port Id: %1, Port Name: %2, Operation: %3, Status: %4, Failure reason (value = %6): %5	Failed when setting port information. Port Id: %1, Port Name: %2, Operation: %3, Status: %4, Failure reason (value = %6): %5
0xB00002C0	Ioctl started. Switch name: %1, Port id: %2, Port name: %3, Operation: %4, Process id: %5, Irp: %6	Ioctl started. Switch name: %1, Port id: %2, Port name: %3, Operation: %4, Process id: %5, Irp: %6
0xB00002C1	Failed when setting switch information. Switch name: %1, Operation: %2, Status: %3, Failure reason (value = %5): %4	Failed when setting switch information. Switch name: %1, Operation: %2, Status: %3, Failure reason (value = %5): %4
0xB00002C2	Ioctl pended. Switch name: %1, Port id: %2, Port name: %3, Operation: %4, Process id: %5, Irp: %6	Ioctl pended. Switch name: %1, Port id: %2, Port name: %3, Operation: %4, Process id: %5, Irp: %6
0xB00002EF	Matched redirect flow for deletion. Port id: %1, Layer id: %2, Src ip: %3, Dst ip: %4, Src port: %5, Dst port: %6, Protocol: %7, Encap dest ip: %8, Encap src ip: %9, Inner dest mac: %10, Gre key: %11, Port name: %12	Matched redirect flow for deletion. Port id: %1, Layer id: %2, Src ip: %3, Dst ip: %4, Src port: %5, Dst port: %6, Protocol: %7, Encap dest ip: %8, Encap src ip: %9, Inner dest mac: %10, Gre key: %11, Port name: %12
0xB0000320	GFT offload capabilities in the context of %1. Flags %2, CounterCapabilities %3, SupportedTableTypes %4, SupportedEncapsulationTypes %5, SupportedIngressExactMatchTableActions %6, SupportedEgressExactMatchTableActions %7, SoftwareSupportedIngressExactMatchTableActions %8, SoftwareSupportedEgressExactMatchTableActions %9, SupportedIngressWildcardMatchTableActions %10, SupportedEgressWildcardMatchTableActions %11, SoftwareSupportedIngressWildcardMatchTableActions %12, SoftwareSupportedEgressWildcardMatchTableActions %13, NumPacketCounterObjects %14, NumByteCounterObjects %15, NumPacketAndByteCounterObjects %16, NumCounterObjectsPerIngressExactMatchFlowEntry %17, NumCounterObjectsPerEgressExactMatchFlowEntry %18 NumCounterObjectsPerIngressWildcardMatchFlowEntry %19, NumCounterObjectsPerEgressWildcardMatchFlowEntry %20.	GFT offload capabilities in the context of %1. Flags %2, CounterCapabilities %3, SupportedTableTypes %4, SupportedEncapsulationTypes %5, SupportedIngressExactMatchTableActions %6, SupportedEgressExactMatchTableActions %7, SoftwareSupportedIngressExactMatchTableActions %8, SoftwareSupportedEgressExactMatchTableActions %9, SupportedIngressWildcardMatchTableActions %10, SupportedEgressWildcardMatchTableActions %11, SoftwareSupportedIngressWildcardMatchTableActions %12, SoftwareSupportedEgressWildcardMatchTableActions %13, NumPacketCounterObjects %14, NumByteCounterObjects %15, NumPacketAndByteCounterObjects %16, NumCounterObjectsPerIngressExactMatchFlowEntry %17, NumCounterObjectsPerEgressExactMatchFlowEntry %18 NumCounterObjectsPerIngressWildcardMatchFlowEntry %19, NumCounterObjectsPerEgressWildcardMatchFlowEntry %20.
0xB0000321	GFT offload counters updated %1.	GFT offload counters updated %1.
0xB0000322	GFT aggregate counters are not freed because either the port could not be referenced or the OID request failed. Status: %1, GFT Counter id: %2, Port id: %3, Port name: %4.	GFT aggregate counters are not freed because either the port could not be referenced or the OID request failed. Status: %1, GFT Counter id: %2, Port id: %3, Port name: %4.
0xB0000323	VfpExt on port %1 (Name = %2, FriendlyName = %3) reset TTL for GFT offloaded unified flow %4 , GftProviderFlowEntryId %5. CurrSysTime %6, GftTimeStamp %7, GftUpdateInTtlUnits %8, MaxTtl %9, Ttl %10, NumPackets %11, NumBytes %12	VfpExt on port %1 (Name = %2, FriendlyName = %3) reset TTL for GFT offloaded unified flow %4 , GftProviderFlowEntryId %5. CurrSysTime %6, GftTimeStamp %7, GftUpdateInTtlUnits %8, MaxTtl %9, Ttl %10, NumPackets %11, NumBytes %12
0xB0000324	VfpExt on port %1 (Name = %2, FriendlyName = %3) changed GFT flow state of UF %4 from %5 to %6. GftPendingDelete is %7, GftMarkedForHwDeletion is %8	VfpExt on port %1 (Name = %2, FriendlyName = %3) changed GFT flow state of UF %4 from %5 to %6. GftPendingDelete is %7, GftMarkedForHwDeletion is %8
0xB0000325	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4 add_flow failed with status %5 due to %6	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4 add_flow failed with status %5 due to %6
0xB0000326	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4, ProviderFlowEntry %5 add_flow succeded. Flow state %6, Offload reason %7, GftPendingDelete %8	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4, ProviderFlowEntry %5 add_flow succeded. Flow state %6, Offload reason %7, GftPendingDelete %8
0xB0000327	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4 delete_flow failed with status %5 due to %6	VfpExt on port %1 (Name = %2, FriendlyName = %3) UF %4 delete_flow failed with status %5 due to %6
0xB0000328	Skipping Sx Port context %1 (Name = %2, FriendlyName = %3) as a match with reason '%4'	Skipping Sx Port context %1 (Name = %2, FriendlyName = %3) as a match with reason '%4'
0xD0000001	outbound	outbound
0xD0000002	inbound	inbound
0xD0000003	intercepted	intercepted
0xD0000004	missed intercept	missed intercept
0xD0000005	ARP guard	ARP guard
0xD0000006	ARP limiter	ARP limiter
0xD0000007	DHCP guard	DHCP guard
0xD0000008	DHCP limiter	DHCP limiter
0xD0000009	block broadcast	block broadcast
0xD000000A	block non-IP	block non-IP
0xD000000B	ARP filter	ARP filter
0xD000000C	Ipv4 guard	Ipv4 guard
0xD000000D	Ipv6 guard	Ipv6 guard
0xD000000E	MAC guard	MAC guard
0xD000000F	found no destinations (broadcast)	found no destinations (broadcast)
0xD0000010	found no destination (unicast)	found no destination (unicast)
0xD0000011	found destination, port not ready	found destination, port not ready
0xD0000012	vmswitch callback failed	vmswitch callback failed
0xD0000013	ICMPV6 limiter	ICMPV6 limiter
0xD0000014	invalid packet	invalid packet
0xD0000015	intercept	intercept
0xD0000016	intercept blocked	intercept blocked
0xD0000017	NDP guard	NDP guard
0xD0000018	Arp	Arp
0xD0000019	Ipv4	Ipv4
0xD000001A	Ipv6	Ipv6
0xD000001B	request	request
0xD000001C	response	response
0xD000001D	V4EchoReply	V4EchoReply
0xD000001E	V4Redirect	V4Redirect
0xD000001F	V4EchoRequest	V4EchoRequest
0xD0000020	V4RouterAdvert	V4RouterAdvert
0xD0000021	V4RouterSolicit	V4RouterSolicit
0xD0000022	V4TimestampRequest	V4TimestampRequest
0xD0000023	V4TimestampReply	V4TimestampReply
0xD0000024	V6EchoRequest	V6EchoRequest
0xD0000025	V6EchoReply	V6EchoReply
0xD0000026	V6RouterSolicit	V6RouterSolicit
0xD0000027	V6RouterAdvert	V6RouterAdvert
0xD0000028	V6NeighborSolicit	V6NeighborSolicit
0xD0000029	V6NeighborAdvert	V6NeighborAdvert
0xD000002A	None	None
0xD000002B	Allow	Allow
0xD000002C	Block	Block
0xD000002D	Meter	Meter
0xD000002E	Nat	Nat
0xD000002F	DynamicNat	DynamicNat
0xD0000030	Decap	Decap
0xD0000031	MapOut	MapOut
0xD0000032	MapIn	MapIn
0xD0000033	MapEncap	MapEncap
0xD0000034	MapDecap	MapDecap
0xD0000035	MapIpOut	MapIpOut
0xD0000036	MapIpIn	MapIpIn
0xD0000037	MapMacOut	MapMacOut
0xD0000038	MapMacIn	MapMacIn
0xD0000039	Profile	Profile
0xD000003A	Redirect	Redirect
0xD000003B	RouteEncap	RouteEncap
0xD000003C	TunneledNat	TunneledNat
0xD000003D	Qos	Qos
0xD000003E	Transposition	Transposition
0xD000003F	PaRoute	PaRoute
0xD0000041	Pending	Pending
0xD0000043	Dnat	Dnat
0xD0000044	Snat	Snat
0xD0000045	DynamicDnat	DynamicDnat
0xD0000046	DynamicSnat	DynamicSnat
0xD0000048	TunneledDnat	TunneledDnat
0xD0000049	TunneledSnat	TunneledSnat
0xD000004A	PADiscovery	PADiscovery
0xD000004B	Idle	Idle
0xD000004C	Partial	Partial
0xD000004D	Used	Used
0xD000004E	Removed	Removed
0xD000004F	Provider	Provider
0xD0000050	Customer	Customer
0xD0000051	Joint	Joint
0xD0000052	CustomerMac	CustomerMac
0xD0000053	Normal	Normal
0xD0000054	PendingProvider	PendingProvider
0xD0000055	PendingCustomer	PendingCustomer
0xD0000056	PendingJoint	PendingJoint
0xD0000057	PendingCustomerMac	PendingCustomerMac
0xD0000058	Serialize	Serialize
0xD0000059	Deserialize	Deserialize
0xD000005A	SerializationItemNone	SerializationItemNone
0xD000005B	SerializationItemId	SerializationItemId
0xD000005C	SerializationItemName	SerializationItemName
0xD000005D	SerializationItemUserContext	SerializationItemUserContext
0xD000005E	SerializationItemLayer	SerializationItemLayer
0xD000005F	SerializationItemGroup	SerializationItemGroup
0xD0000060	SerializationItemRule	SerializationItemRule
0xD0000061	SerializationItemFlow	SerializationItemFlow
0xD0000062	SerializationItemUnifiedFlow	SerializationItemUnifiedFlow
0xD0000063	SerializationItemCondition	SerializationItemCondition
0xD0000064	SerializationItemConditionData1	SerializationItemConditionData1
0xD0000065	SerializationItemConditionData2	SerializationItemConditionData2
0xD0000066	SerializationItemSpace	SerializationItemSpace
0xD0000067	SerializationItemMapping	SerializationItemMapping
0xD0000068	SerializationItemNatPool	SerializationItemNatPool
0xD0000069	SerializationItemNatRange	SerializationItemNatRange
0xD000006A	SerializationItemMeterRuleContext	SerializationItemMeterRuleContext
0xD000006B	SerializationItemNatRuleContext	SerializationItemNatRuleContext
0xD000006C	SerializationItemDecapRuleContext	SerializationItemDecapRuleContext
0xD000006D	SerializationItemMapEncapRuleContext	SerializationItemMapEncapRuleContext
0xD000006E	SerializationItemRedirectRuleData	SerializationItemRedirectRuleData
0xD000006F	SerializationItemRouteEncapRuleContext	SerializationItemRouteEncapRuleContext
0xD0000070	SerializationItemTunneledNatRuleContext	SerializationItemTunneledNatRuleContext
0xD0000071	SerializationItemQosRuleContext	SerializationItemQosRuleContext
0xD0000072	SerializationItemTranspositionRuleContext	SerializationItemTranspositionRuleContext
0xD0000073	SerializationItemNatRangeReference	SerializationItemNatRangeReference
0xD0000074	SerializationItemUnifiedFlowSavedData	SerializationItemUnifiedFlowSavedData
0xD0000075	SerializationItemPortContext	SerializationItemPortContext
0xD0000076	SerializationItemVersion	SerializationItemVersion
0xD0000077	SerializationItemPaRouteRuleContext	SerializationItemPaRouteRuleContext
0xD0000078	SerializationItemPaRouteNdMapping	SerializationItemPaRouteNdMapping
0xD0000079	SerializationItemNatPortBinding	SerializationItemNatPortBinding
0xD000007A	SerializationItemBlob	SerializationItemBlob
0xD000007B	SerializationItemObjectCount	SerializationItemObjectCount
0xD000007C	SerializationItemMax	SerializationItemMax
0xD000007F	Max	Max
0xD0000080	creating	creating
0xD0000081	deleting	deleting
0xD0000082	referencing	referencing
0xD0000083	dereferencing	dereferencing
0xD0000084	Create	Create
0xD0000085	Remove	Remove
0xD0000086	Free	Free
0xD0000087	Update	Update
0xD0000088	PortSet	PortSet
0xD0000089	PortClear	PortClear
0xD000008A	LineCreate	LineCreate
0xD000008B	LineRemove	LineRemove
0xD000008C	LineUpdate	LineUpdate
0xD000008D	UpdateExternalNicInfo	UpdateExternalNicInfo
0xD000008E	AddQueueToLine	AddQueueToLine
0xD000008F	RemoveQueueFromLine	RemoveQueueFromLine
0xD0000090	ChangeAvailableBw	ChangeAvailableBw
0xD0000091	NoFailure	NoFailure
0xD0000092	UnexpectedFailure	UnexpectedFailure
0xD0000094	InsufficientSystemResources	InsufficientSystemResources
0xD0000095	InvalidReservationParameters	InvalidReservationParameters
0xD0000096	InsufficientBandwidthAvailable	InsufficientBandwidthAvailable
0xD0000097	LineIsInUsed	LineIsInUsed
0xD0000098	ExternalLinkSpeedLessThanReservation	ExternalLinkSpeedLessThanReservation
0xD0000099	InvalidConfig	InvalidConfig
0xD000009A	QueueNotFound	QueueNotFound
0xD000009B	InvalidModeNone	InvalidModeNone
0xD000009C	WeightMode	WeightMode
0xD000009D	AbsoluteMode	AbsoluteMode
0xD000009E	InvalidModeMax	InvalidModeMax
0xD000009F	StartTimer	StartTimer
0xD00000A0	StopTimer	StopTimer
0xD00000A1	EnterCongestionMode	EnterCongestionMode
0xD00000A2	ExitCongestionMode	ExitCongestionMode
0xD00000A3	Linkspeed changed	Linkspeed changed
0xD00000A4	DCB allocation changed	DCB allocation changed
0xD00000A5	External NIC connected	External NIC connected
0xD00000A6	Unknown	Unknown
0xD00000A7	Unsupported Save/Restore OID structure revision	Unsupported Save/Restore OID structure revision
0xD00000A8	Empty port list	Empty port list
0xD00000A9	Unknown port	Unknown port
0xD00000AA	Save state too large	Save state too large
0xD00000AB	Serialization step failed	Serialization step failed
0xD00000AC	Invalid restore input buffer size	Invalid restore input buffer size
0xD00000AD	Invalid save state	Invalid save state
0xD00000AE	Deserialization step failed	Deserialization step failed
0xD00000B0	We returned our save state in the previous request	We returned our save state in the previous request
0xD00000B1	Save restore feature disabled	Save restore feature disabled
0xD00000B2	Save state owned by another extension	Save state owned by another extension
0xD00000B3	No extended information was present in the redirect.	No extended information was present in the redirect.
0xD00000B4	Redirect was sent without extended information.	Redirect was sent without extended information.
0xD00000B5	Redirect information was across address family.	Redirect information was across address family.
0xD00000B6	Redirect information had invalid encap type.	Redirect information had invalid encap type.
0xD00000B8	IpInGre	IpInGre
0xD00000B9	IpInIp	IpInIp
0xD00000BA	EthInGre	EthInGre
0xD00000BB	VXLAN	VXLAN
0xD00000BC	OID_TCP_OFFLOAD_CURRENT_CONFIG	OID_TCP_OFFLOAD_CURRENT_CONFIG
0xD00000BD	OID_TCP_OFFLOAD_HARDWARE_CAPABILITIES	OID_TCP_OFFLOAD_HARDWARE_CAPABILITIES
0xD00000BE	OID_TCP_OFFLOAD_PARAMETERS	OID_TCP_OFFLOAD_PARAMETERS
0xD00000BF	NDIS_STATUS_TASK_OFFLOAD_CURRENT_CONFIG	NDIS_STATUS_TASK_OFFLOAD_CURRENT_CONFIG
0xD00000C1	NVGRE	NVGRE
0xD00000C3	NVGRE and VXLAN	NVGRE and VXLAN
0xD00000C5	Larval	Larval
0xD00000C6	Established	Established
0xD00000C7	Inactive	Inactive
0xD00000C8	Zombie	Zombie
0xD00000C9	Not Applicable	Not Applicable
0xD00000CA	Time Lifetime reached	Time Lifetime reached
0xD00000CB	Client failed to initiate	Client failed to initiate
0xD00000CC	Larval lifetime reached	Larval lifetime reached
0xD00000CD	Idle out	Idle out
0xD00000CE	Peer sent delete	Peer sent delete
0xD00000CF	Contrl plane deleted	Contrl plane deleted
0xD00000D0	Create cred failed	Create cred failed
0xD00000D1	Negotiation failed	Negotiation failed
0xD00000D2	Post handshake check failed	Post handshake check failed
0xD00000D3	Max retransmit exceeded	Max retransmit exceeded
0xD00000D4	All sessions deactivated	All sessions deactivated
0xD00000D5	Peer failed to send keealives	Peer failed to send keealives
0xD00000D6	Byte Lifetime reached	Byte Lifetime reached
0xD00000D7	Other	Other
0xD00000D8	Change Cipher	Change Cipher
0xD00000D9	Alert	Alert
0xD00000DA	Handshake	Handshake
0xD00000DB	App Data	App Data
0xD00000DC	Hello Request	Hello Request
0xD00000DD	Client Hello	Client Hello
0xD00000DE	Server Hello	Server Hello
0xD00000DF	Verify Request	Verify Request
0xD00000E0	New Session Ticket	New Session Ticket
0xD00000E1	Cert	Cert
0xD00000E2	Server Key X	Server Key X
0xD00000E3	Cert Req	Cert Req
0xD00000E4	Server Hello Done	Server Hello Done
0xD00000E5	Cert Verify	Cert Verify
0xD00000E6	Client Key X	Client Key X
0xD00000E7	Finished	Finished
0xD00000E8	Cert status	Cert status
0xD00000E9	Supplement	Supplement
0xD00000EA	Next Protocol	Next Protocol
0xD00000EC	Request	Request
0xD00000ED	Reply	Reply
0xD00000EE	Discover	Discover
0xD00000EF	Offer	Offer
0xD00000F1	Ack	Ack
0xD00000F2	Success	Success
0xD00000F3	UnableToGetDevicePointer	UnableToGetDevicePointer
0xD00000F4	UnableToBuildDeviceControlRequest	UnableToBuildDeviceControlRequest
0xD00000F5	FailureZwCreateFile	FailureZwCreateFile
0xD00000F6	FailureZwQueryInformationFile	FailureZwQueryInformationFile
0xD00000F7	FailureZwReadFile	FailureZwReadFile
0xD00000F8	FailureZwWriteFile	FailureZwWriteFile
0xD00000F9	FailureInsufficientResources	FailureInsufficientResources
0xD00000FA	FailureInvalidParameter	FailureInvalidParameter
0xD00000FB	FailureFileSizeSmallerThanInput	FailureFileSizeSmallerThanInput
0xD00000FD	Read	Read
0xD00000FE	Write	Write
0xD00000FF	Delete	Delete
0xD0000100	PAUndiscovered	PAUndiscovered
0xD0000101	PADiscovered	PADiscovered
0xD0000102	PADiscoveryTypeL3	PADiscoveryTypeL3
0xD0000103	PADiscoveryTypeL4	PADiscoveryTypeL4
0xD0000104	PADiscoveryTypeNone	PADiscoveryTypeNone
0xD0000105	AddObject	AddObject
0xD0000106	SetObject	SetObject
0xD0000107	AddSerializedObject	AddSerializedObject
0xD0000108	QosDeserialize	QosDeserialize
0xD000010A	Specifier	Specifier
0xD000010B	General	General
0xD000010C	Layer	Layer
0xD000010D	Group	Group
0xD000010E	Rule	Rule
0xD000010F	Nat Pool	Nat Pool
0xD0000110	Nat Range	Nat Range
0xD0000112	Flow	Flow
0xD0000113	Space	Space
0xD0000114	Mapping	Mapping
0xD0000115	Packet	Packet
0xD0000116	Port Name	Port Name
0xD0000117	Unified Flow	Unified Flow
0xD0000119	Status	Status
0xD000011A	Qos Queue	Qos Queue
0xD000011B	Port	Port
0xD000011C	Port Binding	Port Binding
0xD000011D	InformationEx	InformationEx
0xD000011E	Condition	Condition
0xD000011F	Dtls Session	Dtls Session
0xD0000120	PA Discovery Route	PA Discovery Route
0xD0000121	Unknown failure	Unknown failure
0xD0000122	No failure	No failure
0xD0000123	Parent not found for object	Parent not found for object
0xD0000124	Id already present in new list or target list	Id already present in new list or target list
0xD0000125	Id already exists	Id already exists
0xD0000126	Insufficient resources	Insufficient resources
0xD0000127	Parsing object	Parsing object
0xD0000128	Unsupported operation	Unsupported operation
0xD0000129	Invalid id specified for layer	Invalid id specified for layer
0xD000012A	More than one egress forwarding layer not supported	More than one egress forwarding layer not supported
0xD000012B	Egress forwarding id exists in layer list	Egress forwarding id exists in layer list
0xD000012C	Too many layers specified on port	Too many layers specified on port
0xD000012D	Layer id matches egress forwarding layer id	Layer id matches egress forwarding layer id
0xD000012E	Stateful layer specified for egress forwarding	Stateful layer specified for egress forwarding
0xD000012F	Invalid layer type specified	Invalid layer type specified
0xD0000130	Invalid flow limit info size specified during set for layer	Invalid flow limit info size specified during set for layer
0xD0000131	Flow limit specified for stateless layer during set for layer	Flow limit specified for stateless layer during set for layer
0xD0000132	Invalid flow class specified during set for layer	Invalid flow class specified during set for layer
0xD0000133	Invalid TTL info size specified during set for layer	Invalid TTL info size specified during set for layer
0xD0000134	Invalid TTL value specified during set for layer	Invalid TTL value specified during set for layer
0xD0000135	Invalid size specified for clear flow state info during set for layer	Invalid size specified for clear flow state info during set for layer
0xD0000136	Set operation specified on layer not supported	Set operation specified on layer not supported
0xD0000137	Invalid sub type specified for group	Invalid sub type specified for group
0xD0000138	Out group specified for layer with hairpin flag set	Out group specified for layer with hairpin flag set
0xD0000139	Failed when creating condition list	Failed when creating condition list
0xD000013A	Failed when initializing classifier	Failed when initializing classifier
0xD000013B	End port value is less than start port value for the nat range	End port value is less than start port value for the nat range
0xD000013C	Invalid nat range specified	Invalid nat range specified
0xD000013D	Failed to allocate internal port binding table for nat pool	Failed to allocate internal port binding table for nat pool
0xD000013E	Failed to allocate external port binding table for nat pool	Failed to allocate external port binding table for nat pool
0xD000013F	Invalid reset nat pool counter info size specified during set for nat pool	Invalid reset nat pool counter info size specified during set for nat pool
0xD0000140	Set operation specified on nat pool not supported	Set operation specified on nat pool not supported
0xD0000141	Invalid sub type specified for rule	Invalid sub type specified for rule
0xD0000142	Invalid TTL specified for rule	Invalid TTL specified for rule
0xD0000143	Stateful rule or rule with non zero TTL specified on stateless layer	Stateful rule or rule with non zero TTL specified on stateless layer
0xD0000144	Invalid rule type specified for layer with hairpin flag	Invalid rule type specified for layer with hairpin flag
0xD0000145	Invalid rule sub type or layer specified for rule with hairpin flag	Invalid rule sub type or layer specified for rule with hairpin flag
0xD0000146	Failed when creating condition list for rule	Failed when creating condition list for rule
0xD0000147	Syn only and non syn only flags specified for rule	Syn only and non syn only flags specified for rule
0xD0000148	Syn only flag specified with no tcp condition for rule	Syn only flag specified with no tcp condition for rule
0xD0000149	Failed when inserting rule to classifier	Failed when inserting rule to classifier
0xD000014A	Invalid RuleDataSize at index 0 specified for nat rule	Invalid RuleDataSize at index 0 specified for nat rule
0xD000014B	Nat rule not stateful or 0 TTL specified	Nat rule not stateful or 0 TTL specified
0xD000014C	Single IP condition check failed for nat rule	Single IP condition check failed for nat rule
0xD000014D	Failed when parsing context for RuleDataSize at 0 index for nat rule	Failed when parsing context for RuleDataSize at 0 index for nat rule
0xD000014E	Failed to initialize nat rule context	Failed to initialize nat rule context
0xD000014F	Single port condition check failed for nat rule	Single port condition check failed for nat rule
0xD0000150	Invalid RuleDataSize at index 0 specified for dynnat rule	Invalid RuleDataSize at index 0 specified for dynnat rule
0xD0000151	Dynnat rule not stateful or 0 TTL specified	Dynnat rule not stateful or 0 TTL specified
0xD0000152	Failed when parsing context for RuleDataSize at 0 index for dynnat rule	Failed when parsing context for RuleDataSize at 0 index for dynnat rule
0xD0000153	Failed to find NAT pool for dynnat rule	Failed to find NAT pool for dynnat rule
0xD0000154	Failed to verify UDP protocol condition when use existing port binding on the dynnat rule or reuse port binding on the nat pool specified	Failed to verify UDP protocol condition when use existing port binding on the dynnat rule or reuse port binding on the nat pool specified
0xD0000155	Failed to verify protocol condition for dynnat rule	Failed to verify protocol condition for dynnat rule
0xD0000156	Mismtach between flags for port binding specified by dynnat rule and the nat pool	Mismtach between flags for port binding specified by dynnat rule and the nat pool
0xD0000157	Stateful decap rule specified	Stateful decap rule specified
0xD0000158	Invalid protocol condition specified for decap rule	Invalid protocol condition specified for decap rule
0xD0000159	Invalid RuleDataSize specified at index 0 for decap rule	Invalid RuleDataSize specified at index 0 for decap rule
0xD000015A	Failed when parsing context for RuleDataSize at index 0 for decap rule	Failed when parsing context for RuleDataSize at index 0 for decap rule
0xD000015B	Failed to initialize decap rule context	Failed to initialize decap rule context
0xD000015C	Redirect rule stateful or zero TTL specified	Redirect rule stateful or zero TTL specified
0xD000015D	Failed when parsing context for RuleDataSize at 0 index for redirect rule	Failed when parsing context for RuleDataSize at 0 index for redirect rule
0xD000015E	Failed to initialize redirect rule context	Failed to initialize redirect rule context
0xD000015F	Stateful trans rule specified	Stateful trans rule specified
0xD0000160	Invalid RuleDataSize at index 0 specified for trans rule	Invalid RuleDataSize at index 0 specified for trans rule
0xD0000161	Failed when parsing context for RuleDataSize at index 0 for trans rule	Failed when parsing context for RuleDataSize at index 0 for trans rule
0xD0000162	Failed to initialize transposition rule context	Failed to initialize transposition rule context
0xD0000163	Invalid number of headers in transposition rule	Invalid number of headers in transposition rule
0xD0000164	IP version specified by GFP header present flag does not match version of group	IP version specified by GFP header present flag does not match version of group
0xD0000165	Invalid group sub type for transposition rule	Invalid group sub type for transposition rule
0xD0000166	Transposition rule specifies Forward To Port but layer does not have hairpin flag set	Transposition rule specifies Forward To Port but layer does not have hairpin flag set
0xD0000167	Invalid headers present specified for transposition action push	Invalid headers present specified for transposition action push
0xD0000168	Invalid transposition action specified	Invalid transposition action specified
0xD0000169	Transposition rule specifies flag decrement ttl if not one, but transposition action is not modify	Transposition rule specifies flag decrement ttl if not one, but transposition action is not modify
0xD000016A	Stateful specified for PA route rule	Stateful specified for PA route rule
0xD000016B	Invalid RuleDataSize at index 0 specified for PA route rule	Invalid RuleDataSize at index 0 specified for PA route rule
0xD000016C	Failed when parsing context for RuleDataSize at index 0 for PA route rule	Failed when parsing context for RuleDataSize at index 0 for PA route rule
0xD000016D	Failed to initialize PA route rule context	Failed to initialize PA route rule context
0xD000016E	Invalid RuleDataSize at index 0 specified for route encap rule	Invalid RuleDataSize at index 0 specified for route encap rule
0xD000016F	Failed when parsing context for RuleDataSize at index 0 for route encap rule	Failed when parsing context for RuleDataSize at index 0 for route encap rule
0xD0000170	Zero or excessive destinations specified for route encap rule	Zero or excessive destinations specified for route encap rule
0xD0000171	Failed when parsing context for RuleDataSize at index 0 (Ex version) for route encap rule	Failed when parsing context for RuleDataSize at index 0 (Ex version) for route encap rule
0xD0000172	Zero or excessive destinations specified for route encap rule (Ex version)	Zero or excessive destinations specified for route encap rule (Ex version)
0xD0000173	Failed when parsing context for RuleDataSize at index 0 (Ex2 version) for route encap rule	Failed when parsing context for RuleDataSize at index 0 (Ex2 version) for route encap rule
0xD0000174	Zero or excessive destinations specified for route encap rule (Ex2 version)	Zero or excessive destinations specified for route encap rule (Ex2 version)
0xD0000175	RuleDataSize of 0 specified at index 1 for route encap rule when encrypted VxLan and L3 discovery flags are set	RuleDataSize of 0 specified at index 1 for route encap rule when encrypted VxLan and L3 discovery flags are set
0xD0000176	Route encap rule non stateful or with zero TTL when L4 discovery flag specified	Route encap rule non stateful or with zero TTL when L4 discovery flag specified
0xD0000177	Route encap rule is stateful or specifies non zero TTL	Route encap rule is stateful or specifies non zero TTL
0xD0000178	Invalid cert name specified for route encap rule	Invalid cert name specified for route encap rule
0xD0000179	Failed to initialize context for route encap rule	Failed to initialize context for route encap rule
0xD000017A	Failed when parsing context for RuleDataSize at index 1 for route encap rule	Failed when parsing context for RuleDataSize at index 1 for route encap rule
0xD000017B	Space not found for route encap rule	Space not found for route encap rule
0xD000017C	Stateful meter rule specified	Stateful meter rule specified
0xD000017D	Failed to initialize context for meter rule	Failed to initialize context for meter rule
0xD000017E	Invalid RuleDataSize at index 0 specified for map rule	Invalid RuleDataSize at index 0 specified for map rule
0xD000017F	Non stateful or zero TTL specified with encrypted vxlan for map rule	Non stateful or zero TTL specified with encrypted vxlan for map rule
0xD0000180	Stateful or non zero TTL specified with non encrypted vxlan for map rule	Stateful or non zero TTL specified with non encrypted vxlan for map rule
0xD0000181	Failed to parse context for RuleDataSize at index 0 for map rule	Failed to parse context for RuleDataSize at index 0 for map rule
0xD0000182	Space not found for map rule	Space not found for map rule
0xD0000183	Failed to parse context for RuleDataSize at index 1 for map encap rule	Failed to parse context for RuleDataSize at index 1 for map encap rule
0xD0000184	Failed to parse context for RuleDataSize at index 1 (Ex version) for map encap rule	Failed to parse context for RuleDataSize at index 1 (Ex version) for map encap rule
0xD0000185	Invalid RuleDataSize at index 1 specified for map encap rule	Invalid RuleDataSize at index 1 specified for map encap rule
0xD0000186	Invalid cert name specified for map encap rule	Invalid cert name specified for map encap rule
0xD0000187	Failed to initialize context for map encap rule	Failed to initialize context for map encap rule
0xD0000188	Failed to parse context for RuleDataSize at index 1 for map decap rule	Failed to parse context for RuleDataSize at index 1 for map decap rule
0xD0000189	Invalid RuleDataSize at index 1 specified for map decap rule	Invalid RuleDataSize at index 1 specified for map decap rule
0xD000018A	No rule data present for encrypted vxlan for map decap rule	No rule data present for encrypted vxlan for map decap rule
0xD000018B	Invalid cert name specified for map decap rule	Invalid cert name specified for map decap rule
0xD000018C	Failed to initialize context for map decap rule	Failed to initialize context for map decap rule
0xD000018D	Failed to parse context for RuleDataSize at index 1 for map rewrite rule	Failed to parse context for RuleDataSize at index 1 for map rewrite rule
0xD000018E	Invalid RuleDataSize at index 1 for map rewrite rule	Invalid RuleDataSize at index 1 for map rewrite rule
0xD000018F	Failed to initialize context for map rewrite rule	Failed to initialize context for map rewrite rule
0xD0000190	Tunneled nat rule not stateful or zero ttl	Tunneled nat rule not stateful or zero ttl
0xD0000191	Invalid protocol condition specified for tunneled nat rule	Invalid protocol condition specified for tunneled nat rule
0xD0000192	Failed to parse context for RuleDataSize at index 0 for tunneled nat rule	Failed to parse context for RuleDataSize at index 0 for tunneled nat rule
0xD0000193	Failed to initialize context for tunneled nat rule	Failed to initialize context for tunneled nat rule
0xD0000194	Qos rule specified as stateful	Qos rule specified as stateful
0xD0000195	Invalid RuleDataSize at index 0 specified for qos rule	Invalid RuleDataSize at index 0 specified for qos rule
0xD0000196	Failed to parse context for RuleDataSize at index 0 for qos rule	Failed to parse context for RuleDataSize at index 0 for qos rule
0xD0000197	Failed to initialize context for qos rule	Failed to initialize context for qos rule
0xD0000198	Mark rule specified as stateful	Mark rule specified as stateful
0xD0000199	Invalid RuleDataSize at index 0 specified for mark rule	Invalid RuleDataSize at index 0 specified for mark rule
0xD000019A	Failed to parse context for RuleDataSize at index 0 for mark rule	Failed to parse context for RuleDataSize at index 0 for mark rule
0xD000019B	Invalid value for dscp specified for mark rule	Invalid value for dscp specified for mark rule
0xD000019C	Failed to initialize context for mark rule	Failed to initialize context for mark rule
0xD000019D	Failed to allocate mapping index table for space	Failed to allocate mapping index table for space
0xD000019E	Invalid space config info size specified during set for space	Invalid space config info size specified during set for space
0xD000019F	Set operation specified on space not supported	Set operation specified on space not supported
0xD00001A0	Invalid sub type specified for mapping	Invalid sub type specified for mapping
0xD00001A1	Empty address specified for customer mac, customer ip or provider ip for mapping when mac mapping flag is set	Empty address specified for customer mac, customer ip or provider ip for mapping when mac mapping flag is set
0xD00001A2	Empty address specified for customer ip or provider ip for mapping	Empty address specified for customer ip or provider ip for mapping
0xD00001A3	Both L3 and L4 discovery flags specified for mapping	Both L3 and L4 discovery flags specified for mapping
0xD00001A4	Null Object specified for qos queue	Null Object specified for qos queue
0xD00001A5	Insufficient resources when initializing qos queue	Insufficient resources when initializing qos queue
0xD00001A6	Invalid qos parameters when initializing qos queue	Invalid qos parameters when initializing qos queue
0xD00001A7	Failed to create queue when initializing qos queue	Failed to create queue when initializing qos queue
0xD00001A8	Invalid operation or information size during set for qos queue	Invalid operation or information size during set for qos queue
0xD00001A9	Invalid qos parameters during set for qos queue	Invalid qos parameters during set for qos queue
0xD00001AA	Failed to create queue during set for qos queue	Failed to create queue during set for qos queue
0xD00001AB	Failed to create the object when adding serialized object	Failed to create the object when adding serialized object
0xD00001AC	Failed to deserialize object item when adding serialized object	Failed to deserialize object item when adding serialized object
0xD00001AD	Deserialized object id already present in new list when adding serialized object	Deserialized object id already present in new list when adding serialized object
0xD00001AE	Failed to verify item header when setting port information	Failed to verify item header when setting port information
0xD00001AF	Failed to parse item body when setting port information	Failed to parse item body when setting port information
0xD00001B0	Failed to parse context for info size when setting port information	Failed to parse context for info size when setting port information
0xD00001B1	Invalid address info size specified when setting port information	Invalid address info size specified when setting port information
0xD00001B2	Invalid address configuration specified for non virtualized address info when setting port information	Invalid address configuration specified for non virtualized address info when setting port information
0xD00001B3	Invalid port flow limit size specified when setting port information	Invalid port flow limit size specified when setting port information
0xD00001B4	Invalid flow class specified for flow limit when setting port information	Invalid flow class specified for flow limit when setting port information
0xD00001B5	Invalid flow setting size specified when setting port information	Invalid flow setting size specified when setting port information
0xD00001B6	Failed to set default group option for port flow settings when setting port information	Failed to set default group option for port flow settings when setting port information
0xD00001B7	Invalid dtls info size specified when setting port information	Invalid dtls info size specified when setting port information
0xD00001B8	Invalid clear unified flow state info size specified when setting port information	Invalid clear unified flow state info size specified when setting port information
0xD00001B9	Invalid clear flow state info size specified when setting port information	Invalid clear flow state info size specified when setting port information
0xD00001BA	Invalid guard config info size specified when setting port information	Invalid guard config info size specified when setting port information
0xD00001BB	Invalid flags specified for guard config when setting port information	Invalid flags specified for guard config when setting port information
0xD00001BC	Invalid port context settings when arp limiter flag specified for guard config when setting port information	Invalid port context settings when arp limiter flag specified for guard config when setting port information
0xD00001BD	Invalid port context settings when dhcp limiter flag specified for guard config when setting port information	Invalid port context settings when dhcp limiter flag specified for guard config when setting port information
0xD00001BE	Invalid port context settings when broadcast limiter flag specified for guard config when setting port information	Invalid port context settings when broadcast limiter flag specified for guard config when setting port information
0xD00001BF	Invalid arp limiter config info size specified when setting port information	Invalid arp limiter config info size specified when setting port information
0xD00001C0	Invalid arp limiter configuration specified when setting port information	Invalid arp limiter configuration specified when setting port information
0xD00001C1	Invalid dhcp limiter config info size specified when setting port information	Invalid dhcp limiter config info size specified when setting port information
0xD00001C2	Invalid dhcp limiter configuration specified when setting port information	Invalid dhcp limiter configuration specified when setting port information
0xD00001C3	Invalid icmpv6 limiter config info size specified when setting port information	Invalid icmpv6 limiter config info size specified when setting port information
0xD00001C4	Invalid icmpv6 limiter configuration specified when setting port information	Invalid icmpv6 limiter configuration specified when setting port information
0xD00001C5	Invalid broadcast limiter config info size specified when setting port information	Invalid broadcast limiter config info size specified when setting port information
0xD00001C6	Invalid broadcast limiter configuration specified when setting port information	Invalid broadcast limiter configuration specified when setting port information
0xD00001C7	Invalid arp filter info size specified when setting port information	Invalid arp filter info size specified when setting port information
0xD00001C8	Failed to initialize arp filter when setting port information	Failed to initialize arp filter when setting port information
0xD00001C9	Invalid info size specified for adding local ipv4 address when setting port information	Invalid info size specified for adding local ipv4 address when setting port information
0xD00001CA	Failed adding the the local ipv4 address when setting port information	Failed adding the the local ipv4 address when setting port information
0xD00001CB	Invalid info size specified for removing local ipv4 address when setting port information	Invalid info size specified for removing local ipv4 address when setting port information
0xD00001CC	Failed removing the the local ipv4 address when setting port information	Failed removing the the local ipv4 address when setting port information
0xD00001CD	Invalid info size specified for adding local ipv6 address when setting port information	Invalid info size specified for adding local ipv6 address when setting port information
0xD00001CE	Failed adding the the local ipv6 address when setting port information	Failed adding the the local ipv6 address when setting port information
0xD00001CF	Invalid info size specified for removing local ipv6 address when setting port information	Invalid info size specified for removing local ipv6 address when setting port information
0xD00001D0	Failed removing the the local ipv6 address when setting port information	Failed removing the the local ipv6 address when setting port information
0xD00001D1	Invalid next hop address info size specified when setting port information	Invalid next hop address info size specified when setting port information
0xD00001D2	Failed to set qos port queue when setting port information	Failed to set qos port queue when setting port information
0xD00001D3	Invalid dscp mapping info size specified when setting port information	Invalid dscp mapping info size specified when setting port information
0xD00001D4	Invalid isolation allowed tni list info size specified when setting port information	Invalid isolation allowed tni list info size specified when setting port information
0xD00001D5	Failed to add isolation allowed tni list when setting port information	Failed to add isolation allowed tni list when setting port information
0xD00001D6	Failed to verify item header when setting switch information	Failed to verify item header when setting switch information
0xD00001D7	Failed to parse item body when setting switch information	Failed to parse item body when setting switch information
0xD00001D8	Failed to parse context for info size when setting switch information	Failed to parse context for info size when setting switch information
0xD00001D9	Invalid switch forward settings info size specified when setting switch information	Invalid switch forward settings info size specified when setting switch information
0xD00001DA	Invalid qos config info size specified when setting switch information	Invalid qos config info size specified when setting switch information
0xD00001DB	Failed to configure qos when setting switch information	Failed to configure qos when setting switch information
0xD00001DC	Invalid qos line config info size specified when setting switch information	Invalid qos line config info size specified when setting switch information
0xD00001DD	Null present for transmit reservation line in switch context when setting qos line config switch information	Null present for transmit reservation line in switch context when setting qos line config switch information
0xD00001DE	Failed to update qos line config when setting switch information	Failed to update qos line config when setting switch information
0xD00001DF	Invalid isolation allowed tni list info size specified when setting switch information	Invalid isolation allowed tni list info size specified when setting switch information
0xD00001E0	Failed to add isolation allowed tni list when setting switch information	Failed to add isolation allowed tni list when setting switch information
0xD00001E2	PendingAdd	PendingAdd
0xD00001E3	PendingDel	PendingDel
0xD00001E4	PendingDelAll	PendingDelAll
0xD00001E5	PendingProfileCreation	PendingProfileCreation
0xD00001E6	CreateProfileFailed	CreateProfileFailed
0xD00001E7	AddFlowEntryFailed	AddFlowEntryFailed
0xD00001E8	Offloaded	Offloaded
0xD00001E9	Blocked	Blocked
0xD00001EA	DeferredAdd	DeferredAdd
0xD00001EB	DeferredAddAndUpdate	DeferredAddAndUpdate
0xD00001EC	DeferredUpdate	DeferredUpdate
0xD00001ED	DeferredDel	DeferredDel
0xD00001EF	Connection Establishment	Connection Establishment
0xD00001F0	Flow Reconciliation	Flow Reconciliation
0xD00001F1	Timer Update	Timer Update
0xD00001F2	Deferred Offload	Deferred Offload
0xD00001F3	Port Context is pending deletion	Port Context is pending deletion
0xD00001F4	Port Context's save restore state is saving	Port Context's save restore state is saving
0xD00001F5	Port Context's save restore state is saved	Port Context's save restore state is saved
0xD00001F6	Port Context's save restore state is restoring	Port Context's save restore state is restoring
0xD00001F7	Port Context is a validation port	Port Context is a validation port

File Name:	vfpext.mui
Directory:	%WINDIR%\WinSxS\amd64_microsoft-windows-h..-v-vfpext.resources_31bf3856ad364e35_10.0.15063.0_en-us_0ce0f79b4067fef6\
File Size:	178 kB
File Permissions:	rw-rw-rw-
File Type:	Win32 DLL
File Type Extension:	dll
MIME Type:	application/octet-stream
Machine Type:	Intel 386 or later, and compatibles
Time Stamp:	0000:00:00 00:00:00
PE Type:	PE32
Linker Version:	14.10
Code Size:	0
Initialized Data Size:	182272
Uninitialized Data Size:	0
Entry Point:	0x0000
OS Version:	10.0
Image Version:	10.0
Subsystem Version:	6.0
Subsystem:	Windows GUI
File Version Number:	10.0.15063.0
Product Version Number:	10.0.15063.0
File Flags Mask:	0x003f
File Flags:	(none)
File OS:	Windows NT 32-bit
Object File Type:	Driver
File Subtype:	6
Language Code:	Neutral
Character Set:	Unicode
Company Name:	Microsoft Corporation
File Description:	Microsoft Azure VFP Extension
File Version:	10.0.15063.0 (WinBuild.160101.0800)
Internal Name:	vfpext.SYS
Legal Copyright:	© Microsoft Corporation. All rights reserved.
Original File Name:	vfpext.SYS.MUI
Product Name:	Microsoft® Windows® Operating System
Product Version:	10.0.15063.0
Warning:	Possibly corrupt Version resource

vfpext.mui is Multilingual User Interface resource file that contain Neutral language for file vfpext (Microsoft Azure VFP Extension).

File Description:	Microsoft Azure VFP Extension
File Version:	10.0.15063.0 (WinBuild.160101.0800)
Company Name:	Microsoft Corporation
Internal Name:	vfpext.SYS
Legal Copyright:	© Microsoft Corporation. All rights reserved.
Original Filename:	vfpext.SYS.MUI
Product Name:	Microsoft® Windows® Operating System
Product Version:	10.0.15063.0
Translation:	0x0, 1200