• string label — A label for the Ruleset.

Click for Ruleset fields.

string publish — Indicates whether or not the changes will be published immediately.
Y — Service will be published on creation
N — Service will be published when zone changes are published.
string notes — A custom note field. All content in the string is added to the Zone Notes for the zones attached to this service when the zone is published. Only used when publish = Y
string criteria_type — A set of rules describing what traffic is applied to the Ruleset.
Valid values:
always – Always serve. Use to create a catch-all ruleset, which resolves all queries regardless of requestor’s IP address.
geoip – Use the location of the requestor’s IP address to determine where to send the traffic.
string criteria — dependent upon criteria_type.
Valid values:
• hash geoip — A hash where each element contains a list of ISO-3166 two letter codes to represent the names of countries and their subdivisions, one of the predefined groups, or one of the legacy regions.
• array region — A list of ISO-3166 two letter codes representing Regions. Regions contain a set of countries.
• array country — A list of ISO-3166 two letter codes representing Countries
• array province — A list of ISO-3166 two letter codes representing Provinces
string ordering — Index of the Ruleset.
array response_pools — A list of Response Pools for this Ruleset. Either the ID of a current pool or arguments to create a new Response Pool.
• string failover — IP address or hostname to failover to.

– OR –

• string dsf_response_pool_id — ID of a currently existing Response Pool to use.

– OR –

• string label — A label for the Response Pool.

Click for Response Pool fields.

string core_set_count — If fewer than this number of core record sets are eligible, status will be set to fail. Defaults to 0.
string eligible — Indicates whether or not the Response Pool can be served.
Valid values:
false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
true — Default. Not valid for Update method (PUT) for Response Pool.
NOTE: When automation is set to manual, eligible must be set to false.
string automation — Defines how ‘eligible’ can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string dsf_ruleset_id — ID of the Ruleset to join.
array rs_chains — A list of Record Set Failover Chains that are defined for this Response Pool
• string label — A label for the Record Set Failover Chain
• string core — Indicates whether or not the Record Set Failover Chain is a core Record Chain.
  Valid values:
  true — The Record Set Failover Chain is part of the core set. If the first Record Set in each core Record Set Failover Chain is down, the entire Response Pool will failover.
  false — Default. The Record Set Failover Chain is NOT part of the core set.
• array record_sets — A list of hashes to create a new Record Set or specify/update an existing DSF Record Set.
  • string failover — IP address or hostname to failover to.

  – OR –

  • string dsf_record_set_id — ID of a currently existing Record Set to use.

  – OR –

  • string label — A label for the Record Set.

  Click for Record Set fields.

  string rdata_class — Required. The type of rdata represented by this Record Set.
  string ttl — Default TTL used for Records within this Record Set.
  string automation — Defines how eligible can be changed in response to monitoring.
  Valid values:
  auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
  auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
  manual — Couples with eligible value to determine other serve_mode field values.
  string serve_count — How many Records to serve out of this Record Set.
  string fail_count — The number of Records that must not be okay before the Record Set becomes ineligible.
  string trouble_count — The number of Records that must not be okay before the Record Set becomes in trouble.
  string eligible — Indicates whether or not the Record Set can be served.
  Valid values:
  false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
  true — Default. Not valid for Update method (PUT) for Record Set.
  NOTE: When automation is set to manual, eligible must be set to false.
  string dsf_monitor_id — The id of the monitoring object.
  string dsf_notify_id — The id of the notification object.
  array records — A list of Records contained within the Record Set.
  • string label — A label for the Record
  • string weight — Weight for the Record. Defaults to 1.
    Valid values for A or AAAA records: 1 – 15.
    Valid values for CNAME records: 1 – 255.
  • string automation — Defines how eligible can be changed in response to monitoring.
    Valid values:
    auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
    auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
    manual — Couples with eligible value to determine other serve_mode field values.
  • array endpoints — The individual address(es) for a record. Multiple addresses are added as an array [ addr, addr ]. Endpoints are monitored if automation is set to auto or auto_down and there is a monitor attached to the service.
  • string endpoint_up_count — Number of endpoints that must be up for the Record status to be ‘up’.
  • string eligible — Indicates whether or not the Record can be served.
    Valid values:
    false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
    true — Default. When automation is set to manual, sets the serve_mode field to ‘Always Serve’.
  • string master_line — Required. RData to define the record. Use EITHER master_line OR rdata, only one is required.
    EXAMPLE: string master_line Example, A Record
    {“label”:”generic_a_record”, “master_line”:”1.2.3.4″}
  – OR –
  • hash rdata — Required. RData that comprises the Record. Use EITHER master_line OR rdata, only one is required.
    EXAMPLE: hash rdata Example, A Record
    {
    “label”:”generic_a_record”,
         “rdata”:{
              “a_rdata”: {
                   “address”: “1.2.3.4”
              }
         }
    }

  Click for Individual rdata Records.

  • hash a_rdata — A record rdata
    • string address — Required. IPv4 Address.
  • hash aaaa_rdata — AAAA record rdata.
  • string address — Required. IPv6 Address.
  • hash cert_rdata — CERT record rdata.
  • string format — Required. Must use the numeric value for Certificate Type. Example: 3.
  • string tag — Required. Identifies which private key was used to sign the public-key certificate. Must use a numeric value for the Key Tag.
  • string algorithm — Required. The public-key algorithm number used to generate the certificate. Example: if RSA/SHA 1 was used, its algorithm # is 5, which would be placed in this field.
  • string certificate — Required. Enter the actual public-key certificate.
  • hash cname_rdata — CNAME record rdata.
  • string cname — Required. Hostname.
  • hash dhcid_rdata — DHCID record rdata.
  • string digest — Required. Base-64 encoded digest of DHCP data.
  • hash dname_rdata — DNAME record rdata.
  • string dname — Required. Target hostname.
  • hash dnskey_rdata — DNSKEY record rdata.
  • string algorithm — Required. Which public-key encryption algorithm is to sign this zone. A value of 5 is for the algorithm RSA/SHA-1, which is considered mandatory.
  • string flags — Required. Numeric value that states that this DNSKEY is the zone’s key.
  • string protocol — Required. Always set to 3 (DNSSEC).
  • string public_key — Required. Enter the DNSSEC public key from your current DNSSEC signed zone.
  • hash ds_rdata — DS record rdata.
  • string algorithm — Required. The algorithm number used by the DNSKEY resource record.
  • string digest — Required. The digest of the DNSKEY resource record this DS refers to.
  • string digtype — Required. Identifies the algorithm used to construct the digest.
  • string keytag — Required. The key tag of the DNSKEY resource record.
  • hash ipseckey_rdata IPSECKEY record rdata.
  • string precedence — Required. Similar to the preference value in MX records. IF multiple IPSECKEYs exist on a node, the lower value (10) takes precedence over the higher value (20).
  • string gatetype — Required. Value that states what type of gateway is used, if any.
  • string algorithm — Required. Identifies the public key’s cryptographic algorithm and the format of the public key field.
  • string gateway — Required. The gateway used to create the IPsec tunnel. Based on the Gateway type.
  • string public_key — Required. Base 64 encoding of the public key.
  • hash key_rdata KEY record rdata.
  • string algorithm — Required. Numeric value for the algorithm used RSA/MD5, the recommended algorithm, is 1.
  • string flags — Required.
  • string protocol — Required.Numeric value for the protocol used 1= TLS, 2=Email, 3=DNSSEC, 4= IPsec.
  • string public_key — Required. The public key.
  • hash kx_rdata KX record rdata.
  • string preference — Required.Similar to the MX record’s preference. Lower value (10) takes precedence over higher value (20) if multiple KX records exist on the same node.
  • string exchange — Required.The hostname that will act as the key exchanger. Must have a CNAME record and either an A record or an AAAA record.
  • hash loc_rdata LOC record rdata.
  • string altitude — Required.Measured in meters above sea level. Example: -44m
  • string horiz_pre — Required. Precision in meters. Example: 30m
  • string latitude — Required. Measured in degrees, minutes, and seconds. Example: 42 21 54 N
  • string longitude — Required. Measured in degrees, minutes, and seconds. Example: 71 06 18 W
  • string size — Required. Size in meters. Example: 10m
  • string version — Required.
  • string vert_pre — Required. Precision in meters. Example 10m
  • hash mx_rdata MX record rdata.
  • string exchange — Required. Hostname of the server responsible for accepting mail messages in the zone.
  • string preference — Required. The MX record with the lowest preference number is used first, then the record with the next highest number.
  • hash naptr_rdata NAPTR record rdata.
  • string order — Required. Similar to the MX Record’s preference value or SRV record’s priority value. The lowest value is used first, highest value used last.
  • string preference — Required. If one or more NAPTR records have the same value for ORDER, the value of preference is used to decide which record is used first. Lowest number goes first.
  • string flags — Required.
  • string services — Required. Always starts with e2u+ then the string that defines the type and optionally the subtype of the URI where this NAPTR points.
  • string regexp — Required. Enter regular expression for this NAPTR record.
  • string replacement — Required. Specifies the next domain name to look up if this is a non-terminal NAPTR.
  • hash ns_rdata NS record rdata.
  • string nsdname — Required. Hostname of the authoritative Nameserver for this zone.
  • hash nsap_rdata NSAP record rdata.
  • string nsap — Required. Hex-encoded NSAP identifier.
  • hash ptr_rdata PTR record rdata.
  • string ptrdname — Required. Hostname where the IP address should be directed.
  • hash px_rdata PX record rdata.
  • string preference — Required. Numeric preference.
  • string map822 — Required. Mail hostname.
  • string mapx400 — Required. X.400 address mapping.
  • hash rp_rdata RP record rdata.
  • string mbox — Required. Email address of the Responsible Person with the @ symbol replaced with a dot ‘.’.
  • string txtdname — Required. Hostname where there is a TXT record with more information.
  • hash spf_rdata SPF record rdata.
  • string txtdata — Required. Free text box.
  • hash srv_rdata SRV record rdata.
  • string port — Required. Port number where the service is running.
  • string priority — Required. Numeric value for priority usage. Lower value takes precedence where two records of the same type exist on the zone/node.
  • string target — Required. Domain name of a host where the service is running on the specified port.
  • string weight — Required. Secondary prioritizing of records to serve. Records of equal priority should be served based on their weight.
  • hash sshfp_rdata SSHFP record rdata.
  • string algorithm — Required. The algorithm for SSH key.
  • string fptype — Required. A type of fingerprint hash.
  • string fingerprint — Required. The hex-encoded fingerprint.
  • hash txt_rdata TXT record rdata.
  • string txtdata — Required. Free text field.
  string remove_orphans — Indicates whether or not Record Set Chains no longer referenced by any Response Pool will be removed.
  Y — Unused Record Set Chains will be removed.
  N — Unused Record Set Chains will remain.
  string publish — Indicates whether or not the changes will be published immediately.
  Y — Service will be published on creation
  N — Service will be published when zone changes are published.

• string service_id — Identifier for the Traffic Director (DSF) service.
• string dsf_response_pool_id
• string dsf_ruleset_id — Identifier for the Ruleset.

Click for Ruleset fields.

string label — A label for the Ruleset.
string criteria_type — A set of rules describing what traffic is applied to the response pool.
Valid values:
always – Always serve. Use to create a catch-all ruleset, which resolves all queries regardless of requestor’s IP address.
geoip – Use the location of the requestor’s IP address to determine where to send the traffic.
string criteria — Dependent on criteria_type.
Valid values:
• hash geoip — A hash where each element contains a list of ISO-3166 two letter codes to represent the names of countries and their subdivisions, one of the predefined groups, or one of the legacy regions.
• array country — A list of ISO-3166 two letter codes representing Countries
• array region — A list of ISO-3166 two letter codes representing Regions
• array province — A list of ISO-3166 two letter codes representing Provinces
string ordering — Index of the Ruleset.
string eligible — Indicates whether or not the Response Pool can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array response_pools — A list of Response Pools that are contained within the Ruleset.
• string dsf_response_pool_id — Identifier for the Response Pool.

Click for Response Pool Records.

string label — A label for the Response Pool.
string automation — Defines how eligible can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string core_set_count — If fewer than this number of core record sets are eligible, status will be set to fail.
string eligible — Indicates whether or not the Response Pool can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array rs_chains — A list of Record Set Failover Chains that are defined for this Response Pool.
• string dsf_record_set_failover_chain_id — Identifier for the Record Set Failover Chain.
• string dsf_response_pool_id — Identifier for the Response Pool where the Record Set Failover Chain belongs.
• string service_id — Identifier for the Traffic Director (DSF) service where the Record Set Failover Chain belongs.
• string label — A label for the Record Set Failover Chain.
• string core — If True, identifies the Record Set Failover Chain as a core Record Chain.
• array record_sets — A non-detailed list of Record Sets contained in the chain.
• string service_id — Identifier for the Traffic Director (DSF) Service.
• string dsf_record_set_id — Identifier for the Record Set.

Click for Record Set fields.

string dsf_monitor_id — The id of the monitoring object.
string label — A label for the Record Set.
string rdata_class — The type of rdata represented by this Record Set.
string ttl — Default TTL used for Records within this Record Set.
string ttl_derived — The actual TTL used for Records within this Record Set.
string automation — Defines how eligible can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string serve_count — How many Records to serve out of this Record Set.
string fail_count — The number of Records that must not be okay before the Record Set becomes ineligible.
string trouble_count — The number of Records that must not be okay before the Record Set becomes in trouble.
string eligible — Indicates whether or not the Record Set can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array records — A list of Records contained within the Record Set.
• string dsf_record_id — Identifier for the Record.
• string service_id — The id of a Traffic Director (DSF) service.
• string label — A label for the Record.
• string master_line — Master line for the Record.
• string weight — Weight for the Record. Defaults to 1.
  Valid values for A or AAAA records: 1 – 15.
  Valid values for CNAME records: 1 – 255.
• string automation — Defines how eligible can be changed in response to monitoring.
  Valid values:
  auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
  auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
  manual — Couples with eligible value to determine other serve_mode field values.
• array endpoints — The individual address(es) for a record. Multiple addresses are added as an array [ addr, addr ]. Endpoints are monitored if automation is set to auto or auto_down and there is a monitor attached to the service.
• array endpoint_up_count — Number of endpoints that must be up for the Record status to be ‘up’.
• string eligible — Indicates whether or not the Record can be served.
• string rdata_class — The type of rdata represented by this Record Set.
• string ttl — Default TTL used for Records within this Record Set.
• hash rdata — RData that comprises the Record.
• string type — The type of rdata.
• string ttl — Default TTL used for Record.
• hash data

Click for Individual rdata Records

• hash a_rdata — A record rdata.
• string address — IPv4 Address.
• hash aaa_rdata — AAAA record rdata.
• string address — IPv6 Address.
• hash cert_rdata — CERT record rdata.
• string format — Must use the numeric value for Certificate Type. Example: 3
• string tag — Identifies which private key was used to sign the public-key certificate. Must use a numeric value for the Key Tag.
• string algorithm — The public-key algorithm number used to generate the certificate. Example: if RSA/SHA 1 was used, its algorithm # is 5, which would be placed in this field.
• string certificate — Enter the actual public-key certificate.
• hash cname_rdata — CNAME record rdata.
• string cname — Hostname.
• hash dhcid_rdata — DHCID record rdata.
• string digest — Base-64 encoded digest of DHCP data.
• hash dname_rdata — DNAME record rdata.
• string dname — Target hostname.
• hash dnskey_rdata — DNSKEY record rdata.
• string algorithm — Which public-key encryption algorithm is to sign this zone. A value of 5 is for the algorithm RSA/SHA-1, which is considered mandatory.
• string flags — Numeric value that states that this DNSKEY is the zone’s key.
• string protocol — Always set to 3 (DNSSEC).
• string public_key — Enter the DNSSEC public key from your current DNSSEC signed zone.
• hash ds_rdata — DS record rdata.
• string algorithm — The algorithm number used by the DNSKEY resource record.
• string digest — The digest of the DNSKEY resource record this DS refers to.
• string digtype — Identifies the algorithm used to construct the digest.
• string keytag — The key tag of the DNSKEY resource record.
• hash ipseckey_rdata — IPSECKEY record rdata.
• string precedence — Similar to the preference value in MX records. IF multiple IPSECKEYs exist on a node, the lower value (10) takes precedence over the higher value (20).
• string gatetype — Value that states what type of gateway is used, if any.
• string algorithm — Identifies the public key’s cryptographic algorithm and the format of the public key field.
• string gateway — The gateway used to create the IPsec tunnel. Based on the Gateway type.
• string public_key — Base 64 encoding of the public key.
• hash key_rdata — KEY record rdata.
• string algorithm — Numeric value for the algorithm used RSA/MD5, the recommended algorithm, is 1.
• string flags
• string protocol — Numeric value for the protocol used 1= TLS, 2=Email, 3=DNSSEC, 4= IPsec.
• string public_key — The public key.
• hash kx_rdata — KX record rdata.
• string preference — Similar to the MX record’s preference. Lower value (10) takes precedence over higher value (20) if multiple KX records exist on the same node.
• string exchange — The hostname that will act as the key exchanger. Must have a CNAME record and either an A record or an AAAA record.
• hash loc_rdata — LOC record rdata.
• string altitude — Measured in meters above sea level. Example: -44m
• string horiz_pre — Precision in meters. Example: 30m
• string latitude — Measured in degrees, minutes, and seconds. Example: 42 21 54 N
• string longitude — Measured in degrees, minutes, and seconds. Example: 71 06 18 W
• string size — Size in meters. Example: 10m
• string version
• string vert_pre — Precision in meters. Example 10m
• hash mx_rdata — MX record rdata.
• string exchange — Hostname of the server responsible for accepting mail messages in the zone.
• string preference — The MX record with the lowest preference number is used first, then the record with the next highest number.
• hash naptr_rdata — NAPTR record rdata.
• string order — Similar to the MX Record’s preference value or SRV record’s priority value. The lowest value is used first, highest value used last.
• string preference — If one or more NAPTR records have the same value for ORDER, the value of preference is used to decide which record is used first. Lowest number goes first.
• string flags
• string services — Always starts with e2u+ then the string that defines the type and optionally the subtype of the URI where this NAPTR points.
• string regexp — Enter regular expression for this NAPTR record.
• string replacement — Specifies the next domain name to look up if this is a non-terminal NAPTR.
• hash ns_rdata — NS record rdata.
• string nsdname — Hostname of the authoritative Nameserver for this zone.
• hash nsap_rdata — NSAP record rdata.
• string nsap — Hex-encoded NSAP identifier.
• hash ptr_rdata — PTR record rdata.
• string ptrdname — Hostname where the IP address should be directed.
• hash px_rdata — PX record rdata.
• string preference — numeric preference.
• string map822 — mail hostname.
• string mapx400 — X.400 address mapping.
• hash rp_rdata — RP record rdata.
• string mbox — Email address of the Responsible Person with the @ symbol replaced with a dot ‘.’.
• string txtdname — Hostname where there is a TXT record with more information.
• hash soa_rdata — SOA record rdata.
• integer expire — Set to 1 week by default. The time, in seconds, that a secondary server will keep trying to complete a zone transfer.
• integer minimum — Set to 1 minute by default.
• string mname
• integer refresh — Set to 1 hour by default. The time, in seconds, a secondary DNS server waits before querying the primary DNS Server’s SOA record to check for changes.
• integer retry — Set to 10 minutes by default. The time, in seconds, a secondary DNS Server waits before retrying a failed zone transfer.
• string rname
• integer serial — Value increments when any resource record in the zone file is updated.
• hash spf_rdata — SPF record rdata.
• string txtdata Free text box.
• hash srv_rdata — SRV record rdata.
• string port — Port number where the service is running.
• string priority — Numeric value for priority usage. Lower value takes precedence where two records of the same type exist on the zone/node.
• string target — Domain name of a host where the service is running on the specified port.
• string weight — Secondary prioritizing of records to serve. Records of equal priority should be served based on their weight.
• hash sshfp_rdata — SSHFP record rdata.
• string algorithm — The algorithm for SSH key.
• string fptype — A type of fingerprint hash.
• string fingerprint — The hex-encoded fingerprint.
• hash txt_rdata — TXT record rdata.
• string txtdata — Free text field.
string status — The status of the pool indicated by any attached monitors.
string response_time — Time it took to receive a response from the endpoints.
string torpidity — Performance indicator for the Record. Lower is better.
string last_monitored — Epoch timestamp of the last time the Record Set was monitored.
string pending_change — Indicates whether or not the object will be added, updated, or deleted.
• string status — The status of the pool indicated by any attached monitors.
• string last_monitored — Epoch timestamp of the last time the Record Set was monitored.
string pending_change — Indicates whether or not the response has any changes pending.
• array rulesets — A list of Rulesets that contain this Response Pool.
• string status — The status of the pool indicated by any attached monitors.
• string last_monitored — Epoch timestamp of the last time the Response Pool was monitored.

• string zone — Name of the zone.
• string fqdn — Fully qualified domain name of a node in the zone.

• string service_id — Identifier for the Traffic Director (DSF) service where the Record Set Failover Chain belongs.
• string label — A label for the Ruleset.

Click for Ruleset fields.

string publish — Indicates whether or not the changes will be published immediately.
Y — Service will be published on creation
N — Service will be published when zone changes are published.
string notes — A custom note field. All content in the string is added to the Zone Notes for the zones attached to this service when the zone is published. Only used when publish = Y
string criteria_type — A set of rules describing what traffic is applied to the Ruleset.
Valid values:
always – Always serve. Use to create a catch-all ruleset, which resolves all queries regardless of requestor’s IP address.
geoip – Use the location of the requestor’s IP address to determine where to send the traffic.
string criteria — dependent upon criteria_type.
Valid values:
• hash geoip — A hash where each element contains a list of ISO-3166 two letter codes to represent the names of countries and their subdivisions, one of the predefined groups, or one of the legacy regions.
• array region — A list of ISO-3166 two letter codes representing Regions. Regions contain a set of countries.
• array country — A list of ISO-3166 two letter codes representing Countries
• array province — A list of ISO-3166 two letter codes representing Provinces
string ordering — Index of the Ruleset.
array response_pools — A list of Response Pools for this Ruleset. Either the ID of a current pool or arguments to create a new Response Pool.
• string failover — IP address or hostname to failover to.

– OR –

• string dsf_response_pool_id — ID of a currently existing Response Pool to use.

– OR –

• string label — A label for the Response Pool.

Click for Response Pool fields.

string core_set_count — If fewer than this number of core record sets are eligible, status will be set to fail. Defaults to 0.
string eligible — Indicates whether or not the Response Pool can be served.
Valid values:
false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
true — Default. Not valid for Update method (PUT) for Response Pool
NOTE: When automation is set to manual, eligible must be set to false.
string automation — Defines how ‘eligible’ can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string dsf_ruleset_id — ID of the Ruleset to join.
array rs_chains — A list of Record Set Failover Chains that are defined for this Response Pool
• string label — A label for the Record Set Failover Chain
• string core — Indicates whether or not the Record Set Failover Chain is a core Record Chain.
  Valid values:
  true — The Record Set Failover Chain is part of the core set. If the first Record Set in each core Record Set Failover Chain is down, the entire Response Pool will failover.
  false — Default. The Record Set Failover Chain is NOT part of the core set.
• array record_sets — A list of hashes to create a new Record Set or specify/update an existing Record Set.
  • string failover — IP address or hostname to failover to.

  – OR –

  • string dsf_record_set_id — ID of a currently existing Record Set to use.

  – OR –

  • string label — A label for the Record Set.

  Click for Record Set fields.

  string rdata_class — Required. The type of rdata represented by this Record Set.
  string ttl — Default TTL used for Records within this Record Set.
  string automation — Defines how eligible can be changed in response to monitoring.
  Valid values:
  auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
  auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
  manual — Couples with eligible value to determine other serve_mode field values.
  string serve_count — How many Records to serve out of this Record Set.
  string fail_count — The number of Records that must not be okay before the Record Set becomes ineligible.
  string trouble_count — The number of Records that must not be okay before the Record Set becomes in trouble.
  string eligible — Indicates whether or not the Record Set can be served.
  Valid values:
  false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
  true — Default. Not valid for Update method (PUT) for Record Set.
  NOTE: When automation is set to manual, eligible must be set to false.
  string dsf_monitor_id — The id of the monitoring object.
  string dsf_notify_id — The id of the notification object.
  array records — A list of Records contained within the Record Set.
  • string label — A label for the Record
  • string weight — Weight for the Record. Defaults to 1.
    Valid values for A or AAAA records: 1 – 15.
    Valid values for CNAME records: 1 – 255.
  • string automation — Defines how eligible can be changed in response to monitoring.
    Valid values:
    auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
    auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
    manual — Couples with eligible value to determine other serve_mode field values.
  • array endpoints — The individual address(es) for a record. Multiple addresses are added as an array [ addr, addr ]. Endpoints are monitored if automation is set to auto or auto_down and there is a monitor attached to the service.
  • string endpoint_up_count — Number of endpoints that must be up for the Record status to be ‘up’.
  • string eligible — Indicates whether or not the Record can be served.
    Valid values:
    false — When automation is set to manual, sets the serve_mode field to ‘Do Not Serve’.
    true — Default. When automation is set to manual, sets the serve_mode field to ‘Always Serve’.
  • string master_line — Required. RData to define the record. Use EITHER master_line OR rdata, only one is required.
    EXAMPLE: string master_line Example, A Record
    {“label”:”generic_a_record”, “master_line”:”1.2.3.4″}
  – OR –
  • hash rdata — Required. RData that comprises the Record. Use EITHER master_line OR rdata, only one is required.
    EXAMPLE: hash rdata Example, A Record
    {
    “label”:”generic_a_record”,
         “rdata”:{
              “a_rdata”: {
                   “address”: “1.2.3.4”
              }
         }
    }

  Click for Individual rdata Records

  • hash a_rdata — A record rdata.
  • string address — Required. IPv4 Address.
  • hash aaaa_rdata — AAAA record rdata.
  • string address — Required. IPv6 Address.
  • hash cert_rdata — CERT record rdata.
  • string format — Required. Must use the numeric value for Certificate Type. Example: 3.
  • string tag — Required. Identifies which private key was used to sign the public-key certificate. Must use a numeric value for the Key Tag.
  • string algorithm — Required. The public-key algorithm number used to generate the certificate. Example: if RSA/SHA 1 was used, its algorithm # is 5, which would be placed in this field.
  • string certificate — Required. Enter the actual public-key certificate.
  • hash cname_rdata — CNAME record rdata.
  • string cname — Required. Hostname.
  • hash dhcid_rdata — DHCID record rdata.
  • string digest — Required. Base-64 encoded digest of DHCP data.
  • hash dname_rdata — DNAME record rdata.
  • string dname — Required. Target hostname.
  • hash dnskey_rdata — DNSKEY record rdata.
  • string algorithm — Required. Which public-key encryption algorithm is to sign this zone. A value of 5 is for the algorithm RSA/SHA-1, which is considered mandatory.
  • string flags — Required. Numeric value that states that this DNSKEY is the zone’s key.
  • string protocol — Required. Always set to 3 (DNSSEC).
  • string public_key — Required. Enter the DNSSEC public key from your current DNSSEC signed zone.
  • hash ds_rdata — DS record rdata.
  • string algorithm — Required. The algorithm number used by the DNSKEY resource record.
  • string digest — Required. The digest of the DNSKEY resource record this DS refers to.
  • string digtype — Required. Identifies the algorithm used to construct the digest.
  • string keytag — Required. The key tag of the DNSKEY resource record.
  • hash ipseckey_rdata IPSECKEY record rdata.
  • string precedence — Required. Similar to the preference value in MX records. IF multiple IPSECKEYs exist on a node, the lower value (10) takes precedence over the higher value (20).
  • string gatetype — Required. Value that states what type of gateway is used, if any.
  • string algorithm — Required. Identifies the public key’s cryptographic algorithm and the format of the public key field.
  • string gateway — Required. The gateway used to create the IPsec tunnel. Based on the Gateway type.
  • string public_key — Required. Base 64 encoding of the public key.
  • hash key_rdata KEY record rdata.
  • string algorithm — Required. Numeric value for the algorithm used RSA/MD5, the recommended algorithm, is 1.
  • string flags — Required.
  • string protocol — Required.Numeric value for the protocol used 1= TLS, 2=Email, 3=DNSSEC, 4= IPsec.
  • string public_key — Required. The public key.
  • hash kx_rdata KX record rdata.
  • string preference — Required.Similar to the MX record’s preference. Lower value (10) takes precedence over higher value (20) if multiple KX records exist on the same node.
  • string exchange — Required.The hostname that will act as the key exchanger. Must have a CNAME record and either an A record or an AAAA record.
  • hash loc_rdata LOC record rdata.
  • string altitude — Required.Measured in meters above sea level. Example: -44m
  • string horiz_pre — Required. Precision in meters. Example: 30m
  • string latitude — Required. Measured in degrees, minutes, and seconds. Example: 42 21 54 N
  • string longitude — Required. Measured in degrees, minutes, and seconds. Example: 71 06 18 W
  • string size — Required. Size in meters. Example: 10m
  • string version — Required.
  • string vert_pre — Required. Precision in meters. Example 10m
  • hash mx_rdata MX record rdata.
  • string exchange — Required. Hostname of the server responsible for accepting mail messages in the zone.
  • string preference — Required. The MX record with the lowest preference number is used first, then the record with the next highest number.
  • hash naptr_rdata NAPTR record rdata.
  • string order — Required. Similar to the MX Record’s preference value or SRV record’s priority value. The lowest value is used first, highest value used last.
  • string preference — Required. If one or more NAPTR records have the same value for ORDER, the value of preference is used to decide which record is used first. Lowest number goes first.
  • string flags — Required.
  • string services — Required. Always starts with e2u+ then the string that defines the type and optionally the subtype of the URI where this NAPTR points.
  • string regexp — Required. Enter regular expression for this NAPTR record.
  • string replacement — Required. Specifies the next domain name to look up if this is a non-terminal NAPTR.
  • hash ns_rdata NS record rdata.
  • string nsdname — Required. Hostname of the authoritative Nameserver for this zone.
  • hash nsap_rdata NSAP record rdata.
  • string nsap — Required. Hex-encoded NSAP identifier.
  • hash ptr_rdata PTR record rdata.
  • string ptrdname — Required. Hostname where the IP address should be directed.
  • hash px_rdata PX record rdata.
  • string preference — Required. Numeric preference.
  • string map822 — Required. Mail hostname.
  • string mapx400 — Required. X.400 address mapping.
  • hash rp_rdata RP record rdata.
  • string mbox — Required. Email address of the Responsible Person with the @ symbol replaced with a dot ‘.’.
  • string txtdname — Required. Hostname where there is a TXT record with more information.
  • hash spf_rdata SPF record rdata.
  • string txtdata — Required. Free text box.
  • hash srv_rdata SRV record rdata.
  • string port — Required. Port number where the service is running.
  • string priority — Required. Numeric value for priority usage. Lower value takes precedence where two records of the same type exist on the zone/node.
  • string target — Required. Domain name of a host where the service is running on the specified port.
  • string weight — Required. Secondary prioritizing of records to serve. Records of equal priority should be served based on their weight.
  • hash sshfp_rdata SSHFP record rdata.
  • string algorithm — Required. The algorithm for SSH key.
  • string fptype — Required. A type of fingerprint hash.
  • string fingerprint — Required. The hex-encoded fingerprint.
  • hash txt_rdata TXT record rdata.
  • string txtdata — Required. Free text field.
string remove_orphans — Indicates whether or not Record Set Chains no longer referenced by any Response Pool will be removed.
Y — Unused Record Set Chains will be removed.
N — Unused Record Set Chains will remain.

• hash data
• string dsf_ruleset_id — Identifier for the Ruleset.
• string label — A label for the Ruleset.

Click for Ruleset fields.

string criteria_type — A set of rules describing what traffic is applied to the Response Pool.
Valid values:
always – Always serve. Use to create a catch-all ruleset, which resolves all queries regardless of requestor’s IP address.
geoip – Use the location of the requestor’s IP address to determine where to send the traffic.
string criteria — Dependent on criteria_type.
Valid values:
• hash geoip — A hash where each element contains a list of ISO-3166 two letter codes to represent the names of countries and their subdivisions, one of the predefined groups, or one of the legacy regions.
• array country — A list of ISO-3166 two letter codes representing Countries
• array region — A list of ISO-3166 two letter codes representing Regions
• array province — A list of ISO-3166 two letter codes representing Provinces
string ordering — Index of the Ruleset.
string eligible — Indicates whether or not the Response Pool can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array response_pools — A list of Response Pools that are contained within the Ruleset.
• string dsf_response_pool_id — Identifier for the Response Pool.
• string label — A label for the Response Pool.

Click for Response Pool fields.

string automation — Defines how eligible can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string core_set_count — If fewer than this number of core record sets are eligible, status will be set to fail.
string eligible — Indicates whether or not the Response Pool can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array rs_chains — A list of Record Set Failover Chains that are defined for this Response Pool.
• string dsf_record_set_failover_chain_id — Identifier for the Record Set Failover Chain.
• string dsf_response_pool_id — Identifier for the Response Pool where the Record Set Failover Chain belongs.
• string service_id — Identifier for the Traffic Director (DSF) service where the Record Set Failover Chain belongs.
• string label — A label for the Record Set Failover Chain.
• string core — If True, identifies the Record Set Failover Chain as a core Record Chain.
• array record_sets — A non-detailed list of Record Sets contained in the chain.
• string service_id — Identifier for the Traffic Director (DSF) Service.
• string dsf_record_set_id — Identifier for the Record Set.

Click for Record Set fields.

string dsf_monitor_id — The id of the monitoring object.
string label — A label for the Record Set.
string rdata_class — The type of rdata represented by this Record Set.
string ttl — Default TTL used for Records within this Record Set.
string ttl_derived — The actual TTL used for Records within this Record Set.
string automation — Defines how eligible can be changed in response to monitoring.
Valid values:
auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
manual — Couples with eligible value to determine other serve_mode field values.
string serve_count — How many Records to serve out of this Record Set.
string fail_count — The number of Records that must not be okay before the Record Set becomes ineligible.
string trouble_count — The number of Records that must not be okay before the Record Set becomes in trouble.
string eligible — Indicates whether or not the Record Set can be served.
string pending_change — Indicates whether or not the response has any changes pending.
array records — A list of Records contained within the Record Set.
• string dsf_record_id — Identifier for the Record.
• string service_id — The id of a Traffic Director (DSF) service.
• string label — A label for the Record.
• string master_line — Master line for the Record.
• string weight — Weight for the Record. Defaults to 1.
  Valid values for A or AAAA records: 1 – 15.
  Valid values for CNAME records: 1 – 255.
• string automation — Defines how eligible can be changed in response to monitoring.
  Valid values:
  auto — Sets the serve_mode field to ‘Monitor & Obey’. Default.
  auto_down — Sets the serve_mode field to ‘Monitor & Remove’.
  manual — Couples with eligible value to determine other serve_mode field values.
• array endpoints — The individual address(es) for a record. Multiple addresses are added as an array [ addr, addr ]. Endpoints are monitored if automation is set to auto or auto_down and there is a monitor attached to the service.
• array endpoint_up_count — Number of endpoints that must be up for the Record status to be ‘up’.
• string eligible — Indicates whether or not the Record can be served.
• string rdata_class — The type of rdata represented by this Record Set.
• string ttl — Default TTL used for Records within this Record Set.
• hash rdata — RData that comprises the Record.
• string type — The type of rdata.
• string ttl — Default TTL used for Record.
• hash data

Click for Individual rdata Records

• hash a_rdata — A record rdata.
• string address — IPv4 Address.
• hash aaa_rdata — AAAA record rdata.
• string address — IPv6 Address.
• hash cert_rdata — CERT record rdata.
• string format — Must use the numeric value for Certificate Type. Example: 3
• string tag — Identifies which private key was used to sign the public-key certificate. Must use a numeric value for the Key Tag.
• string algorithm — The public-key algorithm number used to generate the certificate. Example: if RSA/SHA 1 was used, its algorithm # is 5, which would be placed in this field.
• string certificate — Enter the actual public-key certificate.
• hash cname_rdata — CNAME record rdata.
• string cname — Hostname.
• hash dhcid_rdata — DHCID record rdata.
• string digest — Base-64 encoded digest of DHCP data.
• hash dname_rdata — DNAME record rdata.
• string dname — Target hostname.
• hash dnskey_rdata — DNSKEY record rdata.
• string algorithm — Which public-key encryption algorithm is to sign this zone. A value of 5 is for the algorithm RSA/SHA-1, which is considered mandatory.
• string flags — Numeric value that states that this DNSKEY is the zone’s key.
• string protocol — Always set to 3 (DNSSEC).
• string public_key — Enter the DNSSEC public key from your current DNSSEC signed zone.
• hash ds_rdata — DS record rdata.
• string algorithm — The algorithm number used by the DNSKEY resource record.
• string digest — The digest of the DNSKEY resource record this DS refers to.
• string digtype — Identifies the algorithm used to construct the digest.
• string keytag — The key tag of the DNSKEY resource record.
• hash ipseckey_rdata — IPSECKEY record rdata.
• string precedence — Similar to the preference value in MX records. IF multiple IPSECKEYs exist on a node, the lower value (10) takes precedence over the higher value (20).
• string gatetype — Value that states what type of gateway is used, if any.
• string algorithm — Identifies the public key’s cryptographic algorithm and the format of the public key field.
• string gateway — The gateway used to create the IPsec tunnel. Based on the Gateway type.
• string public_key — Base 64 encoding of the public key.
• hash key_rdata — KEY record rdata.
• string algorithm — Numeric value for the algorithm used RSA/MD5, the recommended algorithm, is 1.
• string flags
• string protocol — Numeric value for the protocol used 1= TLS, 2=Email, 3=DNSSEC, 4= IPsec.
• string public_key — The public key.
• hash kx_rdata — KX record rdata.
• string preference — Similar to the MX record’s preference. Lower value (10) takes precedence over higher value (20) if multiple KX records exist on the same node.
• string exchange — The hostname that will act as the key exchanger. Must have a CNAME record and either an A record or an AAAA record.
• hash loc_rdata — LOC record rdata.
• string altitude — Measured in meters above sea level. Example: -44m
• string horiz_pre — Precision in meters. Example: 30m
• string latitude — Measured in degrees, minutes, and seconds. Example: 42 21 54 N
• string longitude — Measured in degrees, minutes, and seconds. Example: 71 06 18 W
• string size — Size in meters. Example: 10m
• string version
• string vert_pre — Precision in meters. Example 10m
• hash mx_rdata — MX record rdata.
• string exchange — Hostname of the server responsible for accepting mail messages in the zone.
• string preference — The MX record with the lowest preference number is used first, then the record with the next highest number.
• hash naptr_rdata — NAPTR record rdata.
• string order — Similar to the MX Record’s preference value or SRV record’s priority value. The lowest value is used first, highest value used last.
• string preference — If one or more NAPTR records have the same value for ORDER, the value of preference is used to decide which record is used first. Lowest number goes first.
• string flags
• string services — Always starts with e2u+ then the string that defines the type and optionally the subtype of the URI where this NAPTR points.
• string regexp — Enter regular expression for this NAPTR record.
• string replacement — Specifies the next domain name to look up if this is a non-terminal NAPTR.
• hash ns_rdata — NS record rdata.
• string nsdname — Hostname of the authoritative Nameserver for this zone.
• hash nsap_rdata — NSAP record rdata.
• string nsap — Hex-encoded NSAP identifier.
• hash ptr_rdata — PTR record rdata.
• string ptrdname — Hostname where the IP address should be directed.
• hash px_rdata — PX record rdata.
• string preference — numeric preference.
• string map822 — mail hostname.
• string mapx400 — X.400 address mapping.
• hash rp_rdata — RP record rdata.
• string mbox — Email address of the Responsible Person with the @ symbol replaced with a dot ‘.’.
• string txtdname — Hostname where there is a TXT record with more information.
• hash soa_rdata — SOA record rdata.
• integer expire — Set to 1 week by default. The time, in seconds, that a secondary server will keep trying to complete a zone transfer.
• integer minimum — Set to 1 minute by default.
• string mname
• integer refresh — Set to 1 hour by default. The time, in seconds, a secondary DNS server waits before querying the primary DNS Server’s SOA record to check for changes.
• integer retry — Set to 10 minutes by default. The time, in seconds, a secondary DNS Server waits before retrying a failed zone transfer.
• string rname
• integer serial — Value increments when any resource record in the zone file is updated.
• hash spf_rdata — SPF record rdata.
• string txtdata Free text box.
• hash srv_rdata — SRV record rdata.
• string port — Port number where the service is running.
• string priority — Numeric value for priority usage. Lower value takes precedence where two records of the same type exist on the zone/node.
• string target — Domain name of a host where the service is running on the specified port.
• string weight — Secondary prioritizing of records to serve. Records of equal priority should be served based on their weight.
• hash sshfp_rdata — SSHFP record rdata.
• string algorithm — The algorithm for SSH key.
• string fptype — A type of fingerprint hash.
• string fingerprint — The hex-encoded fingerprint.
• hash txt_rdata — TXT record rdata.
  • string txtdata — Free text field.
string status — The status of the pool indicated by any attached monitors.
string response_time — Time it took to receive a response from the endpoints.
string torpidity — Performance indicator for the Record. Lower is better.
string last_monitored — Epoch timestamp of the last time the Record Set was monitored.
string pending_change — Indicates whether or not the object will be added, updated, or deleted.
• string status — The status of the pool indicated by any attached monitors.
• string last_monitored — Epoch timestamp of the last time the Record Set was monitored.
string pending_change — Indicates whether or not the response has any changes pending.
• array rulesets — A list of Rulesets that contain this Response Pool.
• string status — The status of the pool indicated by any attached monitors.
• string last_monitored — Epoch timestamp of the last time the Response Pool was monitored.

{
	'service_id'		=> 'fv298...',		# ID shortened...
	'service_id'		=> 'ab313...',		# ID shortened...
	'label'			=> 'Example Ruleset',
	'criteria_type'		=> 'geoip',
	'criteria'		=> {
		'geoip'			=> {
			'country'		=> ['US'],
		}
	},
	'ordering'		=> '2',
	'response_pools'	=> [{
		'label'			=> 'Response Pool Example',
		'core_set_count'	=> '1',
		'index'			=> '2',
		'rs_chains'		=> [{
			'label'			=> 'Example Record Set Failover Chain',
			'core'			=> 'true',
			'record_sets'		=> [{
				'label'			=> 'US East - AAAA',
				'rdata_class'		=> 'AAAA',
				'ttl'			=> '3600',
				'records' => [{
					'label'         => 'USEast007',
					'weight'        => '5',
					'automation'    => 'auto',
					'endpoints'     => ['127.1.5.1','176.2.66.7'],
					'endpoint_up_count' => '1',
					'master_line'   => '2001:0db8:85a3:0000:0000:8a2e:0370:7334',
				}],
			},{
				'dsf_record_set_id'	=> '0bi5k...',		# ID shortened...,
			},{
				'failover'	=> 'failover.com',
			}],}
		],
	}]
	'token'			=> 'asdlj34ot879834cdzjklfK'
}