Reference record for OID 0.0.17.823.0.3.12

parent

0.0.17.823.0.3 (managedObjectClass)

node code

12

node name

destinationCodeControl

dot oid

0.0.17.823.0.3.12

asn1 oid

{itu-t(0) recommendation(0) q(17) q823(823) informationModel(0) managedObjectClass(3) destinationCodeControl(12)}

{itu-t(0) null(0) q(17) q823(823) informationModel(0) managedObjectClass(3) destinationCodeControl(12)}

{ccitt(0) recommendation(0) q(17) q823(823) informationModel(0) managedObjectClass(3) destinationCodeControl(12)}

{ccitt(0) null(0) q(17) q823(823) informationModel(0) managedObjectClass(3) destinationCodeControl(12)}

iri oid

/itu-t/recommendation/q/q823/informationModel/managedObjectClass/destinationCodeControl

/itu-t/null/q/q823/informationModel/managedObjectClass/destinationCodeControl

/ccitt/recommendation/q/q823/informationModel/managedObjectClass/destinationCodeControl

/ccitt/null/q/q823/informationModel/managedObjectClass/destinationCodeControl

iri by oid_info

/ITU-T/Recommendation/Q/823/0/3/12

Description by oid_info

destinationCodeControl MANAGED OBJECT CLASS
DERIVED FROM trafficControl;
CHARACTERIZED BY
destinationCodeControlPackage PACKAGE
BEHAVIOUR
destinationCodeControlBehaviour BEHAVIOUR
DEFINED AS
"This manual control bars routing for a specific destination either on a percentage basis (referred to in Recommendation E.412 as code blocking) or on a rate basis (referred to in Recommendation E.412 as call gapping).
Destination code control can be done on a country code, or/and an area code, or/and an exchange code or/and another location number. It is defined in 3.1.1.1/E.412.
When this control is active in the code blocking mode, the specified percentage of calls is blocked (cancelled).
When this control is active in the call gapping mode, the rate at which calls are released to the destination will be controlled. It can be specified in one of the three methods: continuous timer or asynchronous timer or leaky bucket.
The strength (code blocking or call gapping) of the destination code control can be within the same object class or can be defined in a separate object class. The former case is applicable when the strength of the control is applied to only one destination. In this case, four possibilities (percentage or continuousTimer or asynchronousTimer or leakyBucket) exist for specifying the strength in the same object class, exactly one of which must be specified. Under this scenario, the single object instance acts as a code control function.
The latter case of defining the strength in a separate object class is applicable only when it is desired to apply the same strength to a group of destinations (leaky bucket is an example of where such may be useful). In this case, assocOwnerDccGroup attribute is required, which points to the object class containing the strength of the control. Under this scenario, two object classes together represent a code control function.
The following rules are valid independently whether one or two object classes are used to represent a destination code control function:
- It is not possible to create two or more destinationCodeControl object instances with an identical value combination of the key attributes destinationType, destinationCode, and originationAspect.
- The destinationCode attribute is the key with the highest priority, followed by the destinationType (if present) and components of the originationAspect attribute in that order.
When more than one control exists with overlapping digits, the more specific control of the same type applies instead of the less specific control, both of which could affect the same call.
If assocOwnerDccGroup attribute is specified, the associated dccGroup must exist. Instances of this object class belong to the same group if and only if they have the same value of the assocOwnerDccGroup.
This control is a subclass of the trafficControl object class.";;
ATTRIBUTES
destinationCode GET,
originationAspect REPLACE-WITH-DEFAULT
DEFAULT VALUE Q823-TM-ASN1Module.defaultOriginAspect
GET-REPLACE,
treatment GET-REPLACE;
;;
CONDITIONAL PACKAGES
destinationTypePackage
PRESENT IF "destination type is required to unambiguously identify the destinationCode.",
percentagePackage
PRESENT IF "continuousTimerPackage and asynchronousTimerPackage and leakyBucketPackage and assocOwnerDccGroupPackage are not present, and the NE supports it.",
continuousTimerPackage
PRESENT IF "percentagePackage and asynchronousTimerPackage and leakyBucketPackage and assocOwnerDccGroupPackage are not present, and the NE supports it.",
asynchronousTimerPackage
PRESENT IF "percentagePackage and continuousTimerPackage and leakyBucketPackage and assocOwnerDccGroupPackage are not present, and the NE supports it.",
leakyBucketPackage
PRESENT IF "percentagePackage and continuousTimerPackage and asynchronousTimerPackage and assocOwnerDccGroupPackage are not present, and the NE supports it.",
assocOwnerDccGroupPackage
PRESENT IF "percentagePackage and continuousTimerPackage and asynchronousTimerPackage and leakyBucketPackage are not present, and the NE supports it.";
View at oid-info.com

Information by oid_info

Automatically extracted from Rec. ITU-T Q.823

First Registration Authority (recovered by parent 0.0.17)

ITU-T

Current Registration Authority (recovered by parent 0)

ITU-T Study Group 17

Brothers (32)