Interface AccumulatedCost

  • All Superinterfaces:
    Cloneable, DiameterAvp, GroupedAvp

    public interface AccumulatedCost
    extends GroupedAvp
    Defines an interface representing the Accumulated-Cost grouped AVP type. From the Diameter Ro Reference Point Protocol Details (3GPP TS 32.299 V11.8.0) specification:
     7.2.3     Accumulated-Cost AVP
     The Accumulated-Cost AVP (AVP code 2052) is of type Grouped and holds the accumulated cost for the ongoing session.
     It has the following ABNF grammar:
     
         Accumulated-Cost ::=   < AVP Header: 2052 >
                                { Value-Digits }
                                [ Exponent ]
     
     
    Note:
    The support for extension AVPs is present even thou the ABNF grammar for this AVP does not contain the "* [ AVP ]" line. Be aware that adding any extension AVPs may result in interoperability problems with products that strongly validate the incoming diameter message for it's adherence to the specification.
    • Method Detail

      • hasValueDigits

        boolean hasValueDigits()
        Returns true if the Value-Digits AVP is present in the Accumulated-Cost AVP.
      • getValueDigits

        long getValueDigits()
        Returns the value of the Value-Digits AVP, of type Integer64. Use hasValueDigits() to check the existence of this AVP.
        Returns:
        the value of the Value-Digits AVP
        Throws:
        IllegalStateException - if the Value-Digits AVP has not been set.
      • setValueDigits

        void setValueDigits​(long valueDigits)
        Sets the value of the Value-Digits AVP, of type Integer64.
      • removeValueDigits

        void removeValueDigits()
        Removes the Value-Digits AVP from the Accumulated-Cost AVP. If the Value-Digits AVP is not present, this method returns silently.
      • hasExponent

        boolean hasExponent()
        Returns true if the Exponent AVP is present in the Accumulated-Cost AVP.
      • getExponent

        int getExponent()
        Returns the value of the Exponent AVP, of type Integer32. Use hasExponent() to check the existence of this AVP.
        Returns:
        the value of the Exponent AVP
        Throws:
        IllegalStateException - if the Exponent AVP has not been set.
      • setExponent

        void setExponent​(int exponent)
        Sets the value of the Exponent AVP, of type Integer32.
      • removeExponent

        void removeExponent()
        Removes the Exponent AVP from the Accumulated-Cost AVP. If the Exponent AVP is not present, this method returns silently.
      • getExtensionAvps

        DiameterAvp[] getExtensionAvps()
        Returns the set of extension AVPs. The returned array contains the extension AVPs in the order they appear in the Accumulated-Cost AVP. A return value of null implies that no extensions AVPs have been set.
      • setExtensionAvps

        void setExtensionAvps​(DiameterAvp[] avps)
                       throws AvpNotAllowedException
        Sets the set of extension AVPs with all the values in the given array. The AVPs will be added to Accumulated-Cost AVP in the order in which they appear in the array. Note: the array must not be altered by the caller following this call, and getExtensionAvps() is not guaranteed to return the same array instance, e.g. an "==" check would fail.
        Throws:
        AvpNotAllowedException - if an AVP is encountered of a type already known to this class (i.e. an AVP for which get/set methods already appear in this class)
        NullPointerException - if avps is null.
      • removeExtensionAvps

        void removeExtensionAvps()
        Removes all extension AVPs from the Accumulated-Cost AVP. If no extension AVPs are present, this method returns silently.