KEY_TYPE_UNKNOWN KEY_TYPE_ZONE_SIGNING KEY_TYPE_KEY_SIGNING HARDWARE_SECURITY_MODULE_TYPE_UNKNOWN HARDWARE_SECURITY_MODULE_TYPE_NONE HARDWARE_SECURITY_MODULE_TYPE_INTERNAL HARDWARE_SECURITY_MODULE_TYPE_EXTERNAL STATE_DISABLED STATE_ENABLED KEY_ALGORITHM_UNKNOWN KEY_ALGORITHM_RSASHA1 KEY_ALGORITHM_RSASHA256 KEY_ALGORITHM_RSASHA512 Gets the names of all DNSSEC keys.

Creates a set of DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Creates a set of automatically managed DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Creates a set of manually managed DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Deletes a set of DNSSEC keys.

Deletes all DNSSEC keys.

Gets the digital signature sizes for a set of DNSSEC keys.

Gets the types for a set of DNSSEC keys.

Gets the algorithms used to digitally sign DNS record groups and keys for a set of DNSSEC keys.

Gets the enabled state for using the FIPS device to store and retrieve keys for a set of DNSSEC keys.

Gets the hardware security module type to specify whether keys are stored locally or on an external hardware security module for a set of DNSSEC keys.

Sets the enabled state for a set of DNSSEC keys. If a DNSSEC key is disabled, the key is still published, but it is not used to sign DNS record groups or keys.

Gets the enabled state for a set of DNSSEC keys.

Sets the Time To Live (TTL) for the DNSKEY record types.

Gets the Time To Live (TTL) for the DNSKEY record types.

Sets the rollover period for a set of DNSSEC keys. The rollover period is the time between the activation of one DNSSEC key generation and the activation of the next DNSSEC key generation.

Gets the rollover period for a set of DNSSEC keys.

Sets the expiration period for a set of DNSSEC keys. The expiration period is the time between the activation of a DNSSEC key generation and its expiration. It must be longer than the rollover period.

Gets the expiration period for a set of DNSSEC keys.

Sets the RRSIG record signature validity period for a set of DNSSEC keys. This value is the period for which the digital signature is valid and is stored in the RRSIG record and should be significantly smaller than the Time To Live period.

Gets the RRSIG record signature validity period for a set of DNSSEC keys.

Sets the RRSIG record signature publication period for a set of DNSSEC keys. The signature publication period is the period in which the digital signature is published, is stored in the RRSIG record, and should be significantly shorter than the Time To Live period and must be shorter than the signature validity period.

Gets the RRSIG record signature publication period for a set of DNSSEC keys.

Sets the description for a set of DNSSEC keys. This is an arbitrary field which can be used for any purpose.

Gets the descriptions for a set of DNSSEC keys.

Gets the certificate file name for a set of DNSSEC keys.

Gets the key file name for a set of DNSSEC keys.

Gets the existing DNSSEC key generation identifiers for a set of DNSSEC keys. The key generation identifier is a simple generation count, unique within a single DNSSEC key.

Sets the rollover date and time for a set of DNSSEC key generations. This method can be used for any reason, but most likely used to invalidate a possibly compromised key by forcing the creation of a new key generation.

Gets the rollover date and time for a set of DNSSEC key generations.

Sets the expiration date and time for a set of DNSSEC key generations. This method can be used for any reason, but most likely used to invalidate a possibly compromised key.

Gets the expiration date and time for a set of DNSSEC key generations.

Gets the public text for a set of DNSSEC key generations.

Gets the creator for a set of DNSSEC key generations, which is the hostname of the BIG-IP that created the generation.

Gets the DNSSEC RR hash for a set of DNSSEC key generations.

Get the version information for this interface.

Gets the names of all DNSSEC keys.

Creates a set of DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Creates a set of automatically managed DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Creates a set of manually managed DNSSEC keys. Note that the attributes specified in this method cannot be changed afterwards.

Deletes a set of DNSSEC keys.

Deletes all DNSSEC keys.

Gets the digital signature sizes for a set of DNSSEC keys.

Gets the types for a set of DNSSEC keys.

Gets the algorithms used to digitally sign DNS record groups and keys for a set of DNSSEC keys.

Gets the enabled state for using the FIPS device to store and retrieve keys for a set of DNSSEC keys.

Gets the hardware security module type to specify whether keys are stored locally or on an external hardware security module for a set of DNSSEC keys.

Sets the enabled state for a set of DNSSEC keys. If a DNSSEC key is disabled, the key is still published, but it is not used to sign DNS record groups or keys.

Gets the enabled state for a set of DNSSEC keys.

Sets the Time To Live (TTL) for the DNSKEY record types.

Gets the Time To Live (TTL) for the DNSKEY record types.

Sets the rollover period for a set of DNSSEC keys. The rollover period is the time between the activation of one DNSSEC key generation and the activation of the next DNSSEC key generation.

Gets the rollover period for a set of DNSSEC keys.

Sets the expiration period for a set of DNSSEC keys. The expiration period is the time between the activation of a DNSSEC key generation and its expiration. It must be longer than the rollover period.

Gets the expiration period for a set of DNSSEC keys.

Sets the RRSIG record signature validity period for a set of DNSSEC keys. This value is the period for which the digital signature is valid and is stored in the RRSIG record and should be significantly smaller than the Time To Live period.

Gets the RRSIG record signature validity period for a set of DNSSEC keys.

Sets the RRSIG record signature publication period for a set of DNSSEC keys. The signature publication period is the period in which the digital signature is published, is stored in the RRSIG record, and should be significantly shorter than the Time To Live period and must be shorter than the signature validity period.

Gets the RRSIG record signature publication period for a set of DNSSEC keys.

Sets the description for a set of DNSSEC keys. This is an arbitrary field which can be used for any purpose.

Gets the descriptions for a set of DNSSEC keys.

Gets the certificate file name for a set of DNSSEC keys.

Gets the key file name for a set of DNSSEC keys.

Gets the existing DNSSEC key generation identifiers for a set of DNSSEC keys. The key generation identifier is a simple generation count, unique within a single DNSSEC key.

Sets the rollover date and time for a set of DNSSEC key generations. This method can be used for any reason, but most likely used to invalidate a possibly compromised key by forcing the creation of a new key generation.

Gets the rollover date and time for a set of DNSSEC key generations.

Sets the expiration date and time for a set of DNSSEC key generations. This method can be used for any reason, but most likely used to invalidate a possibly compromised key.

Gets the expiration date and time for a set of DNSSEC key generations.

Gets the public text for a set of DNSSEC key generations.

Gets the creator for a set of DNSSEC key generations, which is the hostname of the BIG-IP that created the generation.

Gets the DNSSEC RR hash for a set of DNSSEC key generations.

Get the version information for this interface.

The DNSSECKey interface manages the cryptographic keys used for securing DNS information, i.e., DNSSEC. The keys managed by this interface can be used to sign DNS record groups and the keys themselves. Technically, there is not a single key for each key object. This key is re-created on a regular schedule, which can be controlled via this interface. Each re-generated key is considered a new "generation" - a term used more in its genealogical sense than a creation sense. A single key generation can have its lifetime changed. Thus when using this interface, be careful to distinguish the attributes which apply to this whole process vs those that apply to a single key generation. Once a key generation is created, it is fully active for the "rollover period". At the end of that period, the next generation's key is created and both keys are in use. Once the first key reaches the end of its "expiration period", it is no longer handed out, the generation is deleted, and only the second key is in use. This process continues ad infinitum. It is important to note that these keys do not affect the processing by their mere existence. To take effect, they must be assigned to a DNSSEC zone (See the DNSSECZone interface).