Applying A Filter To An Interface; Example Of An Outbound Ipx Filter - Lucent Technologies MAX 6000 Configuration Manual

Defining Static Filters

Applying a filter to an interface

number is Less (less than), Eql (equal to), Gtr (greater than), or Neq (not equal to) the
destination socket number specified in the filter.

Example of an outbound IPX filter

When the following sample IPX filter is applied as a data filter to a WAN interface, it causes
the MAX unit to drop all outbound IPX packets that have a destination IPX network address of
00003823, regardless of the destination IPX node or socket number in the packets. All other
packets are forwarded.
Output filters...
Out filter NN
Example of an inbound IPX filter
When the following sample IPX filter is applied as a data filter to a WAN interface, it causes
the MAX unit to drop all inbound IPX packets received from a specific source. In this
example, the filter causes the MAX unit to drop packets from source IPX network address
00000005:00abcde12345 and source socket number 4002. All other packets are forwarded.
Input filters...
In filter
Applying a filter to an interface
When you apply a filter to a WAN interface, it takes effect when the connection is brought up.
Packets can pass through both a data filter and call filter on a WAN interface. When both a data
filter and call filter are applied to the same interface, the data filter is applied first.
14-24
Type=IPX
Valid=Yes
IPX...
Forward=Yes
Dst Network Adrs=00003823
Dst Node Adrs=ffffffffffff
NN
Type=IPX
Valid=Yes
IPX...
Forward=Yes
Src Network Adrs=00000005
Src Node Adrs=00abcde12345
Src Socket #=4002
Src Socket Cmp=Eql
MAX 6000/3000 Network Configuration Guide