STATE_DISABLEDSTATE_ENABLED
Gets a list of all PCP profiles.
Creates the specified PCP profiles.
Deletes the specified PCP profiles.
Deletes all PCP profiles.
Determines whether the specified PCP profiles are base profiles.
A base profile sits at the base of the profile's inheritance tree,
supplying the defaults for every profile derived from it. (See
also is_system_profile).
Determines whether the specified PCP profiles are system
profiles. A system profile is a profile pre-configured on the
system, ready for use. Non-system profiles are profiles created or
modified by a user. Note that if a system profile is modified, it
is no longer considered a system profile. (See also
is_base_profile).
Sets the names of the default profiles from which the specified profiles will derive
default values for its attributes.
Gets the names of the default profiles from which the specified profiles will derive
default values for its attributes.
Sets the lower lifetime limit (in seconds) for the specified PCP profiles.
PCP allows clients to request a lifetime for their port/address mapping
request. However, the PCP server has a configurable valid range for lifetime
that can be adjusted based on the networking conditions.
Gets the lower lifetime limit (in seconds) for the specified PCP profiles.
Sets the higher lifetime limit (in seconds) for the specified PCP profiles.
PCP allows clients to request a lifetime for their port/address mapping
request. However, the PCP server has a configurable valid range for lifetime
that can be adjusted based on the networking conditions.
Gets the higher lifetime limit (in seconds) for the specified PCP profiles.
Sets the minimum delay (in seconds) the PCP Server will wait before recycling
mappings that have expired for new client requests for the specified PCP profiles.
PCP defines a configurable delay after mapping expiration to prevent other clients
from hijacking expired mappings if the original owner failed to renew them on time.
Gets the minimum delay (in seconds) the PCP Server will wait before recycling
mappings that have expired for new client requests for the specified PCP profiles.
Sets the limit for the number of outstanding mappings any one client can have for
the specified PCP profiles.
PCP allows PCP servers to use limit the number of outstanding port/address
mappings a client can have according to the networking conditions.
Gets the limit of outstanding mappings any one client can have for the specified
PCP profiles.
Sets the higher limit for the number of filters that must be applied to an incoming
PCP packet for the specified PCP profiles.
PCP allows PCP clients to specify a list of subnet/address/[port] filters for
denying access. A higher limit can be specified according to the
networking conditions.
Gets the higher limit for the number of filters that must be applied to an incoming
PCP packet for the specified PCP profiles.
Sets the iRules that the specified profiles will be using to monitor and control
PCP actions.
Gets the iRules that the specified profiles will be using to monitor and control
PCP actions.
Sets the third party option state for the specified profiles. When enabled,
third party options for PCP are accepted.
PCP allows clients behind a CPE device issue PCP request on their behalf
to the CGNAT PCP Server via the CPE. For this the PCP Server must use a
PCP profile that has a DS-Lite tunnel specified so that the third party
encapsulated IPv4 packets are delivered to the PCP Server via the DS-Lite
tunnel.
Gets the third party option state for the specified profiles. If enabled,
third party options for PCP are accepted.
Sets the number of multicast announcements that are sent after PCP Server loses
state for the specified profiles.
The PCP Server is required to inform all clients if it loses state; for example,
if it restarted. This is done by multicast. To guard against packet loss the
multicast is repeated a configurable number of times.
Gets the number of multicast announcements that are sent after after PCP Server loses
state for the specified profiles.
Sets the announce after failover state for the specified profiles. If enabled
a multicast announcement will be sent when a PCP Server fails over its HA pair.
In a pair of BIG-IPs, it is unlikely to lose state when a fail over occurs.
However, there is a small possibility that the 'last' mappings have not yet been
replicated and this method allows enabling sending a multicast announcement
after the fail over.
Gets the announce after failover state for the specified profiles. If enabled
a multicast announcement will be sent when a PCP Server fails over its HA pair.
Gets the listening port for the specified profiles. This is the port on which
the PCP server listens.
Gets the multicast port for the specified profiles. This is the port the PCP
server uses to send multicast announcements.
Gets the list of third party allowed subnets for the specified PCP profiles.
PCP allows clients behind a CPE device to issue PCP request on their behalf
to the CGNAT PCP Server via the CPE. For this the PCP Server must use a
PCP profile that has a DS-Lite tunnel specified so that the third party
encapsulated IPv4 packets are delivered to the PCP Server via the DS-Lite
tunnel. PCP also allows you to specify subnets from which it will accept third
party requests.
Adds third party allowed subnets to the specified PCP profiles.
Removes third party allowed subnets to the specified PCP profiles.
Removes all third party allowed subnets to the specified PCP profiles.
Sets the description for a set of PCP profiles.
This is an arbitrary field which can be used for any purpose.
Gets the descriptions for a set of PCP profiles.
Gets the version information for this interface.
Gets a list of all PCP profiles.
Creates the specified PCP profiles.
Deletes the specified PCP profiles.
Deletes all PCP profiles.
Determines whether the specified PCP profiles are base profiles.
A base profile sits at the base of the profile's inheritance tree,
supplying the defaults for every profile derived from it. (See
also is_system_profile).
Determines whether the specified PCP profiles are system
profiles. A system profile is a profile pre-configured on the
system, ready for use. Non-system profiles are profiles created or
modified by a user. Note that if a system profile is modified, it
is no longer considered a system profile. (See also
is_base_profile).
Sets the names of the default profiles from which the specified profiles will derive
default values for its attributes.
Gets the names of the default profiles from which the specified profiles will derive
default values for its attributes.
Sets the lower lifetime limit (in seconds) for the specified PCP profiles.
PCP allows clients to request a lifetime for their port/address mapping
request. However, the PCP server has a configurable valid range for lifetime
that can be adjusted based on the networking conditions.
Gets the lower lifetime limit (in seconds) for the specified PCP profiles.
Sets the higher lifetime limit (in seconds) for the specified PCP profiles.
PCP allows clients to request a lifetime for their port/address mapping
request. However, the PCP server has a configurable valid range for lifetime
that can be adjusted based on the networking conditions.
Gets the higher lifetime limit (in seconds) for the specified PCP profiles.
Sets the minimum delay (in seconds) the PCP Server will wait before recycling
mappings that have expired for new client requests for the specified PCP profiles.
PCP defines a configurable delay after mapping expiration to prevent other clients
from hijacking expired mappings if the original owner failed to renew them on time.
Gets the minimum delay (in seconds) the PCP Server will wait before recycling
mappings that have expired for new client requests for the specified PCP profiles.
Sets the limit for the number of outstanding mappings any one client can have for
the specified PCP profiles.
PCP allows PCP servers to use limit the number of outstanding port/address
mappings a client can have according to the networking conditions.
Gets the limit of outstanding mappings any one client can have for the specified
PCP profiles.
Sets the higher limit for the number of filters that must be applied to an incoming
PCP packet for the specified PCP profiles.
PCP allows PCP clients to specify a list of subnet/address/[port] filters for
denying access. A higher limit can be specified according to the
networking conditions.
Gets the higher limit for the number of filters that must be applied to an incoming
PCP packet for the specified PCP profiles.
Sets the iRules that the specified profiles will be using to monitor and control
PCP actions.
Gets the iRules that the specified profiles will be using to monitor and control
PCP actions.
Sets the third party option state for the specified profiles. When enabled,
third party options for PCP are accepted.
PCP allows clients behind a CPE device issue PCP request on their behalf
to the CGNAT PCP Server via the CPE. For this the PCP Server must use a
PCP profile that has a DS-Lite tunnel specified so that the third party
encapsulated IPv4 packets are delivered to the PCP Server via the DS-Lite
tunnel.
Gets the third party option state for the specified profiles. If enabled,
third party options for PCP are accepted.
Sets the number of multicast announcements that are sent after PCP Server loses
state for the specified profiles.
The PCP Server is required to inform all clients if it loses state; for example,
if it restarted. This is done by multicast. To guard against packet loss the
multicast is repeated a configurable number of times.
Gets the number of multicast announcements that are sent after after PCP Server loses
state for the specified profiles.
Sets the announce after failover state for the specified profiles. If enabled
a multicast announcement will be sent when a PCP Server fails over its HA pair.
In a pair of BIG-IPs, it is unlikely to lose state when a fail over occurs.
However, there is a small possibility that the 'last' mappings have not yet been
replicated and this method allows enabling sending a multicast announcement
after the fail over.
Gets the announce after failover state for the specified profiles. If enabled
a multicast announcement will be sent when a PCP Server fails over its HA pair.
Gets the listening port for the specified profiles. This is the port on which
the PCP server listens.
Gets the multicast port for the specified profiles. This is the port the PCP
server uses to send multicast announcements.
Gets the list of third party allowed subnets for the specified PCP profiles.
PCP allows clients behind a CPE device to issue PCP request on their behalf
to the CGNAT PCP Server via the CPE. For this the PCP Server must use a
PCP profile that has a DS-Lite tunnel specified so that the third party
encapsulated IPv4 packets are delivered to the PCP Server via the DS-Lite
tunnel. PCP also allows you to specify subnets from which it will accept third
party requests.
Adds third party allowed subnets to the specified PCP profiles.
Removes third party allowed subnets to the specified PCP profiles.
Removes all third party allowed subnets to the specified PCP profiles.
Sets the description for a set of PCP profiles.
This is an arbitrary field which can be used for any purpose.
Gets the descriptions for a set of PCP profiles.
Gets the version information for this interface.
The ProfilePCP interface enables you to specify a set of predefined Port Control
Protocol parameters so that it can be used together to govern the processing of
PCP incoming requests.
PCP (Port Control Protocol) is a protocol that provides more seamless NAT
traversal by allowing communication and control of port/address mappings and
session lifetimes between the NAT and the NAT'ed client. The application or
CPE requests a NAT mapping and the PCP Server collocated with the CGNAT device
responds with the mapped address and port and session lifetime.