228
C
HAPTER
16: ACL C
OMMANDS
c-tag-cos
c-cos-value
: Specified 802.1p priority in the internal 802.1QTag carried
by the packet. Specify the same value for the
c-cos-value
and
cos-value
parameters.
protocol-type
: This parameter is used to specify the protocol type carried by the
Ethernet frame. The protocol type can be expressed by either a name or a
hexadecimal number. When the protocol type is expressed by a name, the value
can be arp, ip, ipv6, mpls, nbx, pppoe-control, pppoedata and rarp. When the
protocol type is expressed by a hexadecimal number, the range is 1-FFFF.
ingress
{ {
source-vlan-id
[
to
source-vlan-id-end
] |
source-mac-addr
source-mac-wildcard
|
c-tag-vlan
c-tag-vlanid
|
any
}: Source information of the
packet.
source-vlan-id
[
to
source-vlan-id-end
] shows its source VLAN or source
VLAN range (identified by the external VLAN Tag of the packet ).
source-mac-addr
source-mac-wildcard
shows source MAC address and wildcard of the source
address. The two parameters jointly determine the range of the source MAC
addresses in which the user is interested. The smaller the wildcard, the smaller the
range of the MAC address. For example, 00e0-fc01-0101 0-0-0 specifies a MAC
address: 00e0-fc01-0101, but 00e0-fc01-0101-0-0-fff specifies an address range:
00e0-fc01-0000 to 00e0-fc01-ffff.
c-tag-vlan
c-tag-vlanid
: Indicates the system identifies the source VLAN according
to the information about VLAN ID in the internal 802.1QTag carried by the packet.
any
represents all packets received from all the ports.
egress
{
dest-mac-addr
dest-mac-wildcard
|
any
}: Destination information of the
packet.
dest-mac-addr
dest-mac-wildcard
shows destination MAC address and
wildcard of the destination address. The two parameters work together to
determine the range of the destination MAC addresses in which the user is
interested. The smaller the wildcard, the smaller the range of the MAC address.
For example, 00e0-fc01-0101 0-0-0 specifies a MAC address: 00e0-fc01-0101,
but 00e0-fc01-0101-0-0-fff specifies an address range: 00e0-fc01-0000 to
00e0-fc01-ffff.
any
represents all packets transferred at all the ports.
s-tag-vlanid
s-tag-vlanid
: VLAN ID in the most exterior 802.1QTag carried by the
specified packets.
mac-type
{
any-broadcast-packet
|
arp-broadcast-packet
|
non-arp-broadcast-packet
| { {
unicast-packet
|
multicast-packet
} [
known
|
unknown
] } }: Specifies the packet type, such as unicast, multicast, ARP
broadcast, and non-ARP broadcast. Unicast and multicast packets can be divided
into known and unknown packets.
2
spare
3
excellent-effort
4
controlled-load
5
video
6
voice
7
network-management
Table 32
COS priority definition
Number Priority
name
Summary of Contents for Switch 8807
Page 30: ......
Page 68: ...66 CHAPTER 2 COMMANDS USED TO LOG IN TO SWITCH ...
Page 78: ...76 CHAPTER 3 CONFIGURATION FILE MANAGEMENT COMMANDS ...
Page 96: ...94 CHAPTER 5 SUPER VLAN CONFIGURATION COMMANDS ...
Page 122: ...120 CHAPTER 8 IP PERFORMANCE CONFIGURATION COMMANDS ...
Page 130: ...128 CHAPTER 9 GARP GVRP CONFIGURATION COMMANDS ...
Page 162: ...160 CHAPTER 11 ETHERNET LINK AGGREGATION CONFIGURATION COMMANDS ...
Page 212: ...210 CHAPTER 13 MSTP CONFIGURATION COMMANDS ...
Page 234: ...232 CHAPTER 16 ACL COMMANDS ...
Page 282: ...280 CHAPTER 18 ACL CONTROL COMMANDS TO CONTROL LOGIN USERS ...
Page 293: ......
Page 294: ...292 CHAPTER 19 VLAN ACL CONFIGURATION COMMANDS ...
Page 310: ...308 CHAPTER 20 802 1X CONFIGURATION COMMANDS ...
Page 370: ...368 CHAPTER 21 AAA AND RADIUS HWTACACS PROTOCOL CONFIGURATION COMMANDS ...
Page 398: ...396 CHAPTER 23 STATIC ROUTE CONFIGURATION COMMANDS ...
Page 462: ...460 CHAPTER 25 OSPF CONFIGURATION COMMANDS ...
Page 498: ...496 CHAPTER 26 INTEGRATED IS IS CONFIGURATION COMMANDS ...
Page 548: ...546 CHAPTER 27 BGP CONFIGURATION COMMANDS ...
Page 570: ...568 CHAPTER 30 RECURSIVE ROUTING CONFIGURATION ...
Page 584: ...582 CHAPTER 32 MULTICAST VLAN CONFIGURATION COMMANDS ...
Page 600: ...598 CHAPTER 33 MULTICAST COMMON CONFIGURATION COMMANDS ...
Page 604: ...602 CHAPTER 34 STATIC MULTICAST MAC ADDRESS CONFIGURATION COMMAND ...
Page 656: ...654 CHAPTER 37 MSDP CONFIGURATION COMMANDS ...
Page 682: ...680 CHAPTER 38 MBGP MULTICAST EXTENSION CONFIGURATION COMMANDS ...
Page 762: ...760 CHAPTER 40 BGP MPLS VPN CONFIGURATION COMMANDS ...
Page 808: ...806 CHAPTER 44 HA CONFIGURATION COMMANDS_HA_CONFIGURATION ...
Page 820: ...818 CHAPTER 45 ARP CONFIGURATION COMMANDS ...
Page 824: ...822 CHAPTER 46 ARP TABLE SIZE CONFIGURATION COMMANDS max arp entry config of slot 13 8192 ...
Page 862: ...860 CHAPTER 47 DHCP CONFIGURATION COMMANDS ...
Page 870: ...868 CHAPTER 48 DNS CONFIGURATION COMMANDS ...
Page 972: ...970 CHAPTER 56 SSH TERMINAL SERVICE CONFIGURATION COMMANDS ...
Page 982: ...980 CHAPTER 57 FILE SYSTEM MANAGEMENT COMMANDS ...
Page 1026: ...1024 CHAPTER 60 INFORMATION CENTER ...
Page 1046: ...1044 CHAPTER 63 PORT PACKET STATISTICS COMMANDS ...
Page 1051: ...Ethernet Port Detection Configuration Commands 1049 ...
Page 1052: ...1050 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1053: ...Ethernet Port Detection Configuration Commands 1051 ...
Page 1054: ...1052 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1055: ......
Page 1056: ...1054 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1057: ......
Page 1058: ...1056 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1059: ...Ethernet Port Detection Configuration Commands 1057 ...
Page 1060: ...1058 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1061: ......
Page 1062: ...1060 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1063: ...Ethernet Port Detection Configuration Commands 1061 ...
Page 1064: ...1062 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1065: ......
Page 1066: ...1064 CHAPTER 64 PORT LOOPBACK DETECTION COMMANDS ...
Page 1090: ...1088 CHAPTER 66 NQA CONFIGURATION COMMANDS ...