ocs/mss/main/conf/MIB_files/mib_write_tree.txt

Create node: IWV(OID: 1.3.6.1.4.1.1373)
->  father_name = [enterprises]
-> ->     IWV(0)


Create node: IWV_Products(OID: 1.3.6.1.4.1.1373.1)
->  father_name = [IWV]
-> ->     IWV_Products(0)


Remark: iwvProducts is the root OBJECT IDENTIFIER from which sysObjectID values are assigned.  Actual values are defined in IWV-PRODUCTS-MIB.


Create node: Special_App(OID: 1.3.6.1.4.1.1373.1.2)
->  father_name = [IWV_Products]
-> ->     Special_App(0)


Create node: IWF(OID: 1.3.6.1.4.1.1373.1.2.8)
->  father_name = [Special_App]
-> ->     IWF(0)


Remark: IWF


Create node: WXC2(OID: 1.3.6.1.4.1.1373.1.3)
->  father_name = [IWV_Products]
-> ->     Special_App(0)
-> ->     WXC2(1)


Create node: PCM(OID: 1.3.6.1.4.1.1373.1.3.1)
->  father_name = [WXC2]
-> ->     PCM(0)


Remark: PCM


Create node: Platform(OID: 1.3.6.1.4.1.1373.1.3.2)
->  father_name = [WXC2]
-> ->     PCM(0)
-> ->     Platform(1)


Remark: Platform


Create node: App(OID: 1.3.6.1.4.1.1373.1.3.3)
->  father_name = [WXC2]
-> ->     PCM(0)
-> ->     Platform(1)
-> ->     App(2)


Remark: App platform


Create node: SS7(OID: 1.3.6.1.4.1.1373.1.3.2.2)
->  father_name = [Platform]
-> ->     SS7(0)


Remark: 
         Subsystems  for SS7 .


Create node: MTP3(OID: 1.3.6.1.4.1.1373.1.3.2.2.2)
->  father_name = [SS7]
-> ->     MTP3(0)


Remark: Subsystems  for MTP3 .


Create node: Config_MTP3(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2)
->  father_name = [MTP3]
-> ->     Config_MTP3(0)


Remark:  MTP3	Configuration.


Create node: Network_Indicator(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.2)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)


Register leaf node: Network_Indicator.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : MTP3 network indicator.	

Field   : total(8)
Access  : read-write          [1]International network   
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]14bit
		    [v]1[opt]24bit
		  }
          [2]International network spare
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]14bit
		    [v]1[opt]24bit
		  }
          [3]National network       
		  {
		    [u]0.2-0.2
		    [u]select
		    [v]0[opt]14bit
		    [v]1[opt]24bit
		  }
          [4]National network spare   
		  {
		    [u]0.3-0.3
		    [u]select
		    [v]0[opt]14bit
		    [v]1[opt]24bit
		  }
          [5]International network  
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]ITU
		    [v]1[opt]ANSI
		  }
          [6]International network spare     
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]ITU
		    [v]1[opt]ANSI
		  }
          [7]National network  
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]ITU
		    [v]1[opt]ANSI
		  }
          [8]National network spare    
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]ITU
		    [v]1[opt]ANSI
		  }


Create node: OPC(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)


Remark: 	Originating point code.


Create node: International_14bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.1)
->  father_name = [OPC]
-> ->     International_14bit(0)


Register leaf node: International_14bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 14-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: International_Spare_14bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.2)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)


Register leaf node: International_Spare_14bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 14-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National_14bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.3)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)


Register leaf node: National_14bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 14-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National_Spare_14bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.4)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)
-> ->     National_Spare_14bit(3)


Register leaf node: National_Spare_14bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 14-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: International_24bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.5)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)
-> ->     National_Spare_14bit(3)
-> ->     International_24bit(4)


Register leaf node: International_24bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 24-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: International_Spare_24bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.6)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)
-> ->     National_Spare_14bit(3)
-> ->     International_24bit(4)
-> ->     International_Spare_24bit(5)


Register leaf node: International_Spare_24bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 24-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National_24bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.7)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)
-> ->     National_Spare_14bit(3)
-> ->     International_24bit(4)
-> ->     International_Spare_24bit(5)
-> ->     National_24bit(6)


Register leaf node: National_24bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 24-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National_Spare_24bit(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.3.8)
->  father_name = [OPC]
-> ->     International_14bit(0)
-> ->     International_Spare_14bit(1)
-> ->     National_14bit(2)
-> ->     National_Spare_14bit(3)
-> ->     International_24bit(4)
-> ->     International_Spare_24bit(5)
-> ->     National_24bit(6)
-> ->     National_Spare_24bit(7)


Register leaf node: National_Spare_24bit.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : 24-bit originating point code (OPC) in an international network. Default=0.

Field   : total(1)
Access  : read-write[1]Originating point code
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Linkset(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.4)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)
-> ->     Linkset(2)


Remark: 	linkset.


Create node: Linkset_Attributes(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.4.1)
->  father_name = [Linkset]
-> ->     Linkset_Attributes(0)


Register leaf node: Linkset_Attributes.
Instance: 128
Length  : 4
Flag    : 255
Default : 
Remark  : Opposite point code: The opposite point code of the linkset. 
Network indicator: The network type of the opposite point code.
Loop back: Loop back enable or disable, used for MSC loop back link.

Field   : total(5)
Access  : read-write[1]Linkset DPC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
          [2]Network indicator
		  {
		    [u]3.0-3.1
		    [u]select
		    [v]0[opt]International 
		    [v]1[opt]International spare 
		    [v]2[opt]National 
		    [v]3[opt]National spare 
		  }
          [4]Linkset loopback
		  {
		    [u]3.3-3.3
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Link(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.5)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)
-> ->     Linkset(2)
-> ->     Link(3)


Remark: 	link.


Create node: Link_Attributes(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.5.1)
->  father_name = [Link]
-> ->     Link_Attributes(0)


Register leaf node: Link_Attributes.
Instance: 256
Length  : 15
Flag    : 255
Default : <20><10><><EFBFBD><EFBFBD>
Remark  : E1 link attributes.
Linkset no.: Assign linkset to E1 link, MSC has up to 128 linksets (0-127). 128=TCH E1.
SLC no.: Assign SLC to each E1 link of a linkset, each linkset has up to 13 E1 links (0-15).
IP: E1 link management IP. The third byte of CPC IP: 
98=E1 link 0-127, 99=E1 link 128-255. 
Default=0x000032.

Field   : total(12)
Access  : read-write[1]Linkset no.
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }
[2]SLC no.
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[3]CPC IP
		  {
		    [u]2.0-5.7
		    [u]input
		    [v]KeepHex high 0
		  }
          [4]Link Type
		  {
		    [u]6.0-6.0
		    [u]select
		    [v]0[opt]Non-sigtran
		    [v]1[opt]Sigtran
		  }
          [5]Link Enable
		  {
		    [u]6.1-6.1
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [6]MTP3-Lite Enable
		  {
		    [u]6.2-6.2
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
[8]SG no.
		  {
		    [u]7.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[9]M2UA Interface ID
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }
[10]MTP3-Lite Remote IP
		  {
		    [u]9.0-12.7
		    [u]input
		    [v]KeepHex high 0
		  }
[11]MTP3-Lite Inactivity Timeout
		  {
		    [u]13.0-13.7
		    [u]input
		    [v]toDec high 0
		  }
[12]MTP3-Lite Allowed Inactivity Timeouts
		  {
		    [u]14.0-14.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Link_Command(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.5.2)
->  father_name = [Link]
-> ->     Link_Attributes(0)
-> ->     Link_Command(1)


Register leaf node: Link_Command.
Instance: 256
Length  : 1
Flag    : 255
Default : 

Remark  : Used for E1 link control, not affect call traffic.
Disable=Disable E1 link MTP2 layer.
Enable=Enable a disabled E1 link MTP2 layer.
Inhibit=Inhibit E1 link MTP3 layer.
Uninhibit=Uninhibit a inhibited E1 link MTP3 layer.
Default=Enable a disabled E1 link MTP2 layer.

Field   : total(1)
Access  : write-only          [1]E1 link 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		    [v]2[opt]Inhibit 
		    [v]3[opt]Uninhibit 
		  }


Create node: TCP_Port(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.5.3)
->  father_name = [Link]
-> ->     Link_Attributes(0)
-> ->     Link_Command(1)
-> ->     TCP_Port(2)


Register leaf node: TCP_Port.
Instance: 1
Length  : 2
Flag    : 255
Default : <13>
Remark  : TCP server port for SCCP-Lite.	

Field   : total(1)
Access  : read-write[1]TCP Port
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Routing(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.6)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)
-> ->     Linkset(2)
-> ->     Link(3)
-> ->     Routing(4)


Remark: 	Routing.


Create node: International(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.6.1)
->  father_name = [Routing]
-> ->     International(0)


Register leaf node: International.
Instance: 256
Length  : 5
Flag    : 255
Default : 
Remark  : Assign a normal linkset and an alternative linkset for each destination point code for signaling addressing. Basically the normal linkset is always used. The alternative linkset can only be used when the normal linkset is not available. Default=0x0000008080. 

Field   : total(3)
Access  : read-write[1]DPC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Normal linkset
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Alternative linkset
		  {
		    [u]4.0-4.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: International_Spare(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.6.2)
->  father_name = [Routing]
-> ->     International(0)
-> ->     International_Spare(1)


Register leaf node: International_Spare.
Instance: 256
Length  : 5
Flag    : 255
Default : 
Remark  : Assign a normal linkset and an alternative linkset for each destination point code for signaling addressing. Basically the normal linkset is always used. The alternative linkset can only be used when the normal linkset is not available. Default=0x0000008080. 

Field   : total(3)
Access  : read-write[1]DPC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Normal linkset
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Alternative linkset
		  {
		    [u]4.0-4.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.6.3)
->  father_name = [Routing]
-> ->     International(0)
-> ->     International_Spare(1)
-> ->     National(2)


Register leaf node: National.
Instance: 256
Length  : 5
Flag    : 255
Default : 
Remark  : Assign a normal linkset and an alternative linkset for each destination point code for signaling addressing. Basically the normal linkset is always used. The alternative linkset can only be used when the normal linkset is not available. Default=0x0000008080. 

Field   : total(3)
Access  : read-write[1]DPC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Normal linkset
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Alternative linkset
		  {
		    [u]4.0-4.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: National_Spare(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.6.4)
->  father_name = [Routing]
-> ->     International(0)
-> ->     International_Spare(1)
-> ->     National(2)
-> ->     National_Spare(3)


Register leaf node: National_Spare.
Instance: 256
Length  : 5
Flag    : 255
Default : 
Remark  : Assign a normal linkset and an alternative linkset for each destination point code for signaling addressing. Basically the normal linkset is always used. The alternative linkset can only be used when the normal linkset is not available. Default=0x0000008080. 

Field   : total(3)
Access  : read-write[1]DPC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Normal linkset
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Alternative linkset
		  {
		    [u]4.0-4.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: SPC_to_ACN(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)
-> ->     Linkset(2)
-> ->     Link(3)
-> ->     Routing(4)
-> ->     SPC_to_ACN(5)


Remark: 	SPC to ACN.


Create node: Local_ACN(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7.1)
->  father_name = [SPC_to_ACN]
-> ->     Local_ACN(0)


Register leaf node: Local_ACN.
Instance: 1
Length  : 36
Flag    : 255
Default : 
Remark  : The ACN facility enables the version negotiation for the above messages, which make the WXC2 System more compatible with the other networks by means of flexible message version adjustment. The adjustable version includes Version 1, Version 2 and Version 3.

Field   : total(36)
Access  : read-write          [1]Network Location Update
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]Version 2 
		    [v]3[opt]Version 3
		  }
          [2]Location Cancel
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [3]Roaming number nequiry
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [4]Location Info Retrieval
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [5]Reset Context
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [6]Handover Control
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [7]Equipment management
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [8]Info Retrieval
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [9]Inter VLR Info Retrieval
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [10]Subscriber Data Management
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [11]Tracing
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [12]Network Functional SS
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [13]Network Unstructured SS
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [14]Short Message Gateway
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [15]Short Messsage MO Relay
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [16]Short Message Alert
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [17]Short Message Waiting Data Management
		  {
		    [u]16.0-16.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [18]Mobile Terminating Short Message Relay
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [19]IMSI Retrieval
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [20]MS purging
		  {
		    [u]19.0-19.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [21]Subscriber Info Enquiry
		  {
		    [u]20.0-20.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [22]Any Time Info Enquiry
		  {
		    [u]21.0-21.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [23]Call Control Transfer
		  {
		    [u]22.0-22.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [24]Invocation Notification
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [25]SIWFS Allocation
		  {
		    [u]24.0-24.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [26]Group Call Control
		  {
		    [u]25.0-25.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [27]GPRS Location Update
		  {
		    [u]26.0-26.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [28]GPRS Location Info Retrieval
		  {
		    [u]27.0-27.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [29]Failure Report
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [30]GPRS Notify
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [31]Reporting
		  {
		    [u]30.0-30.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [32]Call Completion
		  {
		    [u]31.0-31.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [33]Security Triplets
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [34]Subscriber Interrogate
		  {
		    [u]33.0-33.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [35]HLR Subscriber Management
		  {
		    [u]34.0-34.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [36]HLR Ping AUC
		  {
		    [u]35.0-35.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }


Create node: International(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7.2)
->  father_name = [SPC_to_ACN]
-> ->     Local_ACN(0)
-> ->     International(1)


Register leaf node: International.
Instance: 256
Length  : 36
Flag    : 255
Default : 
Remark  : The ACN facility enables the version negotiation for the above messages, which make the WXC2 System more compatible with the other networks by means of flexible message version adjustment. The adjustable version includes Version 1, Version 2 and Version 3.

Field   : total(36)
Access  : read-write          [1]Network Location Update
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]Version 2 
		    [v]3[opt]Version 3
		  }
          [2]Location Cancel
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [3]Roaming number nequiry
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [4]Location Info Retrieval
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [5]Reset Context
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [6]Handover Control
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [7]Equipment management
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [8]Info Retrieval
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [9]Inter VLR Info Retrieval
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [10]Subscriber Data Management
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [11]Tracing
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [12]Network Functional SS
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [13]Network Unstructured SS
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [14]Short Message Gateway
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [15]Short Messsage MO Relay
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [16]Short Message Alert
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [17]Short Message Waiting Data Management
		  {
		    [u]16.0-16.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [18]Mobile Terminating Short Message Relay
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [19]IMSI Retrieval
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [20]MS purging
		  {
		    [u]19.0-19.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [21]Subscriber Info Enquiry
		  {
		    [u]20.0-20.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [22]Any Time Info Enquiry
		  {
		    [u]21.0-21.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [23]Call Control Transfer
		  {
		    [u]22.0-22.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [24]Invocation Notification
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [25]SIWFS Allocation
		  {
		    [u]24.0-24.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [26]Group Call Control
		  {
		    [u]25.0-25.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [27]GPRS Location Update
		  {
		    [u]26.0-26.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [28]GPRS Location Info Retrieval
		  {
		    [u]27.0-27.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [29]Failure Report
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [30]GPRS Notify
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [31]Reporting
		  {
		    [u]30.0-30.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [32]Call Completion
		  {
		    [u]31.0-31.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [33]Security Triplets
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [34]Subscriber Interrogate
		  {
		    [u]33.0-33.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [35]HLR Subscriber Management
		  {
		    [u]34.0-34.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [36]HLR Ping AUC
		  {
		    [u]35.0-35.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }


Create node: International_Spare(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7.3)
->  father_name = [SPC_to_ACN]
-> ->     Local_ACN(0)
-> ->     International(1)
-> ->     International_Spare(2)


Register leaf node: International_Spare.
Instance: 256
Length  : 36
Flag    : 255
Default : 
Remark  : The ACN facility enables the version negotiation for the above messages, which make the WXC2 System more compatible with the other networks by means of flexible message version adjustment. The adjustable version includes Version 1, Version 2 and Version 3.

Field   : total(36)
Access  : read-write          [1]Network Location Update
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]Version 2 
		    [v]3[opt]Version 3
		  }
          [2]Location Cancel
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [3]Roaming number nequiry
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [4]Location Info Retrieval
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [5]Reset Context
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [6]Handover Control
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [7]Equipment management
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [8]Info Retrieval
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [9]Inter VLR Info Retrieval
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [10]Subscriber Data Management
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [11]Tracing
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [12]Network Functional SS
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [13]Network Unstructured SS
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [14]Short Message Gateway
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [15]Short Messsage MO Relay
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [16]Short Message Alert
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [17]Short Message Waiting Data Management
		  {
		    [u]16.0-16.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [18]Mobile Terminating Short Message Relay
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [19]IMSI Retrieval
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [20]MS purging
		  {
		    [u]19.0-19.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [21]Subscriber Info Enquiry
		  {
		    [u]20.0-20.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [22]Any Time Info Enquiry
		  {
		    [u]21.0-21.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [23]Call Control Transfer
		  {
		    [u]22.0-22.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [24]Invocation Notification
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [25]SIWFS Allocation
		  {
		    [u]24.0-24.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [26]Group Call Control
		  {
		    [u]25.0-25.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [27]GPRS Location Update
		  {
		    [u]26.0-26.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [28]GPRS Location Info Retrieval
		  {
		    [u]27.0-27.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [29]Failure Report
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [30]GPRS Notify
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [31]Reporting
		  {
		    [u]30.0-30.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [32]Call Completion
		  {
		    [u]31.0-31.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [33]Security Triplets
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [34]Subscriber Interrogate
		  {
		    [u]33.0-33.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [35]HLR Subscriber Management
		  {
		    [u]34.0-34.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [36]HLR Ping AUC
		  {
		    [u]35.0-35.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }


Create node: National(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7.4)
->  father_name = [SPC_to_ACN]
-> ->     Local_ACN(0)
-> ->     International(1)
-> ->     International_Spare(2)
-> ->     National(3)


Register leaf node: National.
Instance: 256
Length  : 36
Flag    : 255
Default : 
Remark  : The ACN facility enables the version negotiation for the above messages, which make the WXC2 System more compatible with the other networks by means of flexible message version adjustment. The adjustable version includes Version 1, Version 2 and Version 3.

Field   : total(36)
Access  : read-write          [1]Network Location Update
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]Version 2 
		    [v]3[opt]Version 3
		  }
          [2]Location Cancel
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [3]Roaming number nequiry
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [4]Location Info Retrieval
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [5]Reset Context
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [6]Handover Control
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [7]Equipment management
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [8]Info Retrieval
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [9]Inter VLR Info Retrieval
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [10]Subscriber Data Management
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [11]Tracing
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [12]Network Functional SS
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [13]Network Unstructured SS
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [14]Short Message Gateway
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [15]Short Messsage MO Relay
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [16]Short Message Alert
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [17]Short Message Waiting Data Management
		  {
		    [u]16.0-16.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [18]Mobile Terminating Short Message Relay
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [19]IMSI Retrieval
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [20]MS purging
		  {
		    [u]19.0-19.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [21]Subscriber Info Enquiry
		  {
		    [u]20.0-20.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [22]Any Time Info Enquiry
		  {
		    [u]21.0-21.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [23]Call Control Transfer
		  {
		    [u]22.0-22.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [24]Invocation Notification
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [25]SIWFS Allocation
		  {
		    [u]24.0-24.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [26]Group Call Control
		  {
		    [u]25.0-25.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [27]GPRS Location Update
		  {
		    [u]26.0-26.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [28]GPRS Location Info Retrieval
		  {
		    [u]27.0-27.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [29]Failure Report
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [30]GPRS Notify
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [31]Reporting
		  {
		    [u]30.0-30.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [32]Call Completion
		  {
		    [u]31.0-31.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [33]Security Triplets
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [34]Subscriber Interrogate
		  {
		    [u]33.0-33.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [35]HLR Subscriber Management
		  {
		    [u]34.0-34.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [36]HLR Ping AUC
		  {
		    [u]35.0-35.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }


Create node: National_Spare(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.7.5)
->  father_name = [SPC_to_ACN]
-> ->     Local_ACN(0)
-> ->     International(1)
-> ->     International_Spare(2)
-> ->     National(3)
-> ->     National_Spare(4)


Register leaf node: National_Spare.
Instance: 256
Length  : 36
Flag    : 255
Default : 
Remark  : The ACN facility enables the version negotiation for the above messages, which make the WXC2 System more compatible with the other networks by means of flexible message version adjustment. The adjustable version includes Version 1, Version 2 and Version 3.

Field   : total(36)
Access  : read-write          [1]Network Location Update
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]Version 2 
		    [v]3[opt]Version 3
		  }
          [2]Location Cancel
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [3]Roaming number nequiry
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [4]Location Info Retrieval
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [5]Reset Context
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [6]Handover Control
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [7]Equipment management
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [8]Info Retrieval
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [9]Inter VLR Info Retrieval
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [10]Subscriber Data Management
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [11]Tracing
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [12]Network Functional SS
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [13]Network Unstructured SS
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [14]Short Message Gateway
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [15]Short Messsage MO Relay
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [16]Short Message Alert
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [17]Short Message Waiting Data Management
		  {
		    [u]16.0-16.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [18]Mobile Terminating Short Message Relay
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [19]IMSI Retrieval
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [20]MS purging
		  {
		    [u]19.0-19.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [21]Subscriber Info Enquiry
		  {
		    [u]20.0-20.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [22]Any Time Info Enquiry
		  {
		    [u]21.0-21.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [23]Call Control Transfer
		  {
		    [u]22.0-22.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [24]Invocation Notification
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [25]SIWFS Allocation
		  {
		    [u]24.0-24.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [26]Group Call Control
		  {
		    [u]25.0-25.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [27]GPRS Location Update
		  {
		    [u]26.0-26.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [28]GPRS Location Info Retrieval
		  {
		    [u]27.0-27.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [29]Failure Report
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [30]GPRS Notify
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [31]Reporting
		  {
		    [u]30.0-30.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [32]Call Completion
		  {
		    [u]31.0-31.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [33]Security Triplets
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [34]Subscriber Interrogate
		  {
		    [u]33.0-33.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [35]HLR Subscriber Management
		  {
		    [u]34.0-34.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }
          [36]HLR Ping AUC
		  {
		    [u]35.0-35.7
		    [u]select
		    [v]2[opt]Version 2
		    [v]3[opt]Version 3
		  }


Create node: Signaling_Gateway(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.2.9)
->  father_name = [Config_MTP3]
-> ->     Network_Indicator(0)
-> ->     OPC(1)
-> ->     Linkset(2)
-> ->     Link(3)
-> ->     Routing(4)
-> ->     SPC_to_ACN(5)
-> ->     Signaling_Gateway(6)


Register leaf node: Signaling_Gateway.
Instance: 256
Length  : 7
Flag    : 255
Default : 
Remark  : SG attributes

Field   : total(4)
Access  : read-write          [1]Enable
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [2]Server
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]Client
		    [v]1[opt]Server
		  }
          [3]ACK
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]0[opt]no ACK
		    [v]1[opt]ACK
		  }
[4]IP
		  {
		    [u]3.0-6.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Status_MTP3(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3)
->  father_name = [MTP3]
-> ->     Config_MTP3(0)
-> ->     Status_MTP3(1)


Remark:  MTP3	Status.


Create node: Link_Status(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.1)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)


Register leaf node: Link_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 

Remark  : E1 link MTP3 status (Read Only).

Field   : total(1)
Access  : read-only          [1]Link status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Unavailable
		    [v]1[opt]Available
		    [v]2[opt]Inhibited
		  }


Create node: Linkset_Status(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.2)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)


Register leaf node: Linkset_Status.
Instance: 128
Length  : 1
Flag    : 255
Default : 

Remark  : Linkset status (Read only).

Field   : total(1)
Access  : read-only          [1]Linkset status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Unavailable
		    [v]1[opt]Available
		    [v]2[opt]Reserved
		  }


Create node: International_Routing(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.3)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)
-> ->     International_Routing(2)


Register leaf node: International_Routing.
Instance: 256
Length  : 1
Flag    : 255
Default : <20>
Remark  : Normal linkset status (bit0-1):
- 0=Available
- 1=Reserved
- 2=Unavailable
Alternative linkset status (bit2-3):
- 0=Available
- 1=Reserved
- 2=Unavailable
DPC accessibility (bit4):
- 0=Inaccessible
- 1=Accessible
Current route (bit3-7):
- 0=Normal linkset
- 1=Alternative linkset
- 2=No route.

Field   : total(4)
Access  : read-only          [1]Normal linkset
		  {
		    [u]0.0-0.1
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [2]Alternative linkset
		  {
		    [u]0.2-0.3
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [3]DPC accessibility
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]inaccessible
		    [v]1[opt]accessible
		  }
          [4]Current route
		  {
		    [u]0.6-0.7
		    [u]select
		    [v]0[opt]normal linkset
		    [v]1[opt]alternative linkset
		    [v]2[opt]no route
		  }


Create node: International_Spare_Routing(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.4)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)
-> ->     International_Routing(2)
-> ->     International_Spare_Routing(3)


Register leaf node: International_Spare_Routing.
Instance: 256
Length  : 1
Flag    : 255
Default : <20>
Remark  : Normal linkset status (bit0-1):
- 0=Available
- 1=Reserved
- 2=Unavailable
Alternative linkset status (bit2-3):
- 0=Available
- 1=Reserved
- 2=Unavailable
DPC accessibility (bit4):
- 0=Inaccessible
- 1=Accessible
Current route (bit3-7):
- 0=Normal linkset
- 1=Alternative linkset
- 2=No route.

Field   : total(4)
Access  : read-only          [1]Normal linkset
		  {
		    [u]0.0-0.1
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [2]Alternative linkset
		  {
		    [u]0.2-0.3
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [3]DPC accessibility
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]inaccessible
		    [v]1[opt]accessible
		  }
          [4]Current route
		  {
		    [u]0.6-0.7
		    [u]select
		    [v]0[opt]normal linkset
		    [v]1[opt]alternative linkset
		    [v]2[opt]no route
		  }


Create node: National_Routing(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.5)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)
-> ->     International_Routing(2)
-> ->     International_Spare_Routing(3)
-> ->     National_Routing(4)


Register leaf node: National_Routing.
Instance: 256
Length  : 1
Flag    : 255
Default : <20>
Remark  : Normal linkset status (bit0-1):
- 0=Available
- 1=Reserved
- 2=Unavailable
Alternative linkset status (bit2-3):
- 0=Available
- 1=Reserved
- 2=Unavailable
DPC accessibility (bit4):
- 0=Inaccessible
- 1=Accessible
Current route (bit3-7):
- 0=Normal linkset
- 1=Alternative linkset
- 2=No route.

Field   : total(4)
Access  : read-only          [1]Normal linkset
		  {
		    [u]0.0-0.1
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [2]Alternative linkset
		  {
		    [u]0.2-0.3
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [3]DPC accessibility
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]inaccessible
		    [v]1[opt]accessible
		  }
          [4]Current route
		  {
		    [u]0.6-0.7
		    [u]select
		    [v]0[opt]normal linkset
		    [v]1[opt]alternative linkset
		    [v]2[opt]no route
		  }


Create node: National_Spare_Routing(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.6)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)
-> ->     International_Routing(2)
-> ->     International_Spare_Routing(3)
-> ->     National_Routing(4)
-> ->     National_Spare_Routing(5)


Register leaf node: National_Spare_Routing.
Instance: 256
Length  : 1
Flag    : 255
Default : <20>
Remark  : Normal linkset status (bit0-1):
- 0=Available
- 1=Reserved
- 2=Unavailable
Alternative linkset status (bit2-3):
- 0=Available
- 1=Reserved
- 2=Unavailable
DPC accessibility (bit4):
- 0=Inaccessible
- 1=Accessible
Current route (bit3-7):
- 0=Normal linkset
- 1=Alternative linkset
- 2=No route.

Field   : total(4)
Access  : read-only          [1]Normal linkset
		  {
		    [u]0.0-0.1
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [2]Alternative linkset
		  {
		    [u]0.2-0.3
		    [u]select
		    [v]0[opt]available
		    [v]1[opt]reserved
		    [v]2[opt]unavailable
		  }
          [3]DPC accessibility
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]inaccessible
		    [v]1[opt]accessible
		  }
          [4]Current route
		  {
		    [u]0.6-0.7
		    [u]select
		    [v]0[opt]normal linkset
		    [v]1[opt]alternative linkset
		    [v]2[opt]no route
		  }


Create node: Command_MTP3(OID: 1.3.6.1.4.1.1373.1.3.2.2.2.3.7)
->  father_name = [Status_MTP3]
-> ->     Link_Status(0)
-> ->     Linkset_Status(1)
-> ->     International_Routing(2)
-> ->     International_Spare_Routing(3)
-> ->     National_Routing(4)
-> ->     National_Spare_Routing(5)
-> ->     Command_MTP3(6)


Register leaf node: Command_MTP3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Control command for MTP3 platform.
Reset=status initialization.
Save parameter=save parameters residing in memory into harddisk. 

Field   : total(1)
Access  : read-write          [1]command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]No command
		    [v]1[opt]Reset
		    [v]2[opt]Save parameter
		  }


Create node: SCCP(OID: 1.3.6.1.4.1.1373.1.3.2.2.3)
->  father_name = [SS7]
-> ->     MTP3(0)
-> ->     SCCP(1)


Remark: Subsystems  for SCCP .


Create node: Config_SCCP(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2)
->  father_name = [SCCP]
-> ->     Config_SCCP(0)


Remark:  SCCP	Configuration.


Create node: Local_Node(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1)
->  father_name = [Config_SCCP]
-> ->     Local_Node(0)


Remark:  Local Node.


Create node: OMC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.4)
->  father_name = [Local_Node]
-> ->     OMC(0)


Register leaf node: OMC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: OMC E.134 number.
IP0: OMC0 IP, 172.18.128.1.
IP1: OMC1 IP, 172.18.129.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: HLR(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.6)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)


Register leaf node: HLR.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: HLR E.134 number.
IP0: HLR0 IP, 172.18.98.1.
IP1: HLR1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: VLR(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.7)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)


Register leaf node: VLR.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: VLR E.134 number.
IP0: VLR0 IP, 172.18.98.1.
IP1: VLR1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: MSC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.8)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)


Register leaf node: MSC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: MSC E.134 number.
IP0: MSC0 IP, 172.18.98.1.
IP1: MSC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: EIR(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.9)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)


Register leaf node: EIR.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: EIR E.134 number.
IP0: EIR0 IP, 172.18.98.1.
IP1: EIR1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: AUC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.10)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)


Register leaf node: AUC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: AUC E.134 number.
IP0: AUC0 IP, 172.18.98.1.
IP1: AUC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SMSC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.11)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)


Register leaf node: SMSC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: SMSC E.134 number.
IP0: OMC0 IP, 172.18.98.1.
IP1: OMC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SMPP_EMSE(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.19)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)


Register leaf node: SMPP_EMSE.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: VMS-SMPP E.134 number.
IP0: VMS0 IP, 172.18.147.1.
IP1: VMS1 IP, 172.18.148.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SMPP_SMSC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.20)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)


Register leaf node: SMPP_SMSC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: SMSC-SMPP E.134 number.
IP0: SMSC0 IP, 172.18.98.1.
IP1: SMSC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SMPP_OMC(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.21)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)
-> ->     SMPP_OMC(9)


Register leaf node: SMPP_OMC.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: OMC-SMPP E.134 number.
IP0: OMC0 IP, 172.18.128.1.
IP1: OMC1 IP, 172.18.129.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SRF(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.22)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)
-> ->     SMPP_OMC(9)
-> ->     SRF(10)


Register leaf node: SRF.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: VMS SRF E.134 number.
IP0: VMS0 IP, 172.18.147.1.
IP1: VMS1 IP, 172.18.148.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SSF(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.143)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)
-> ->     SMPP_OMC(9)
-> ->     SRF(10)
-> ->     SSF(11)


Register leaf node: SSF.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: MSC SSF E.134 number.
IP0: MSC0 IP, 172.18.98.1.
IP1: MSC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: SCF(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.147)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)
-> ->     SMPP_OMC(9)
-> ->     SRF(10)
-> ->     SSF(11)
-> ->     SCF(12)


Register leaf node: SCF.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: PPS SCF E.134 number.
IP0: PPS0 IP, 172.18.98.1.
IP1: PPS1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: AIF(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.1.254)
->  father_name = [Local_Node]
-> ->     OMC(0)
-> ->     HLR(1)
-> ->     VLR(2)
-> ->     MSC(3)
-> ->     EIR(4)
-> ->     AUC(5)
-> ->     SMSC(6)
-> ->     SMPP_EMSE(7)
-> ->     SMPP_SMSC(8)
-> ->     SMPP_OMC(9)
-> ->     SRF(10)
-> ->     SSF(11)
-> ->     SCF(12)
-> ->     AIF(13)


Register leaf node: AIF.
Instance: 1
Length  : 19
Flag    : 255
Default : 
Remark  : NI: Network indicator.
0=International network.
1=International network spare.
2=National network.
3=National network spare.
MSISDN: AIF E.134 number.
IP0: MSC0 IP, 172.18.98.1.
IP1: MSC1 IP, 172.18.99.1.

Field   : total(4)
Access  : read-write[1]NI
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MSISDN
		  {
		    [u]1.0-10.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]IP0
		  {
		    [u]11.0-14.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]IP1
		  {
		    [u]15.0-18.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: GTT_Table(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.2.2)
->  father_name = [Config_SCCP]
-> ->     Local_Node(0)
-> ->     GTT_Table(1)


Register leaf node: GTT_Table.
Instance: 256
Length  : 43
Flag    : 255
Default : 
Remark  : On/off: GTT flag, off=disable, on=enable.
Numbering plan: 1=MSISDN, 3=IMSI, 7=GT.
Specify the beginning number of a group of consecutive numbers routed by GTT, for single-number GTT route, the start number is same as the end number.
End GT number: Specify the end number of a group of consecutive number routed by GT. If there are some inconsecutive numbers for a same destination, a different GTT record should be set.
Network indicator (NI): 0=International network, 1=International network spare, 2=National network, 3=National network spare, 
DPC: Destination point code.
SSN: Subsystem number. 
2=Reserved for ITU-T allocation.
3=ISDN user part.
4=OMC.
5=MAP.
3=HLR.
7=VLR.
8=MSC.
9=EIR.
10=AUC.
11=SMSC.
147=PPS.
254=BSSMAP.
Route indicator: For IMSI and MSISDN, select Route on SSN. For the record of the connected network, select Route on GT.
Address indicator: select the contribution of SCCP Address.
Replaced start digit: Specify the beginning digit of a segment of digits to be replaced within a GT number, the replacement is for changing number and numbering plan.
Replaced end digit: Specify the end digit of a segment of digits to be replaced within a GT number, the replacement is for changing number and numbering plan.
Outgoing number plan: Outgoing number plan, include MSISDN, IMSI and GT.
Replacing digits: Replacing digits, the length of replacing digits and replaced digits may be different.

Field   : total(14)
Access  : read-write          [1]On/off
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]On
		    [v]0[opt]Off
		  }
          [2]Numbering plan
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]0
		    [v]1[opt]MSISDN
		    [v]6[opt]IMSI
		    [v]7[opt]GT
		  }
[3]TT
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]Start GT number
		  {
		    [u]3.0-12.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]End GT number
		  {
		    [u]13.0-22.7
		    [u]input
		    [v]KeepHex Low F
		  }
          [5]Network indicator
		  {
		    [u]23.0-23.7
		    [u]select
		    [v]0[opt]0
		    [v]1[opt]1
		    [v]2[opt]2
		    [v]3[opt]3
		  }
[6]DPC
		  {
		    [u]24.0-26.7
		    [u]input
		    [v]toDec high 0
		  }
[7]SSN
		  {
		    [u]27.0-27.7
		    [u]input
		    [v]toDec high 0
		  }
          [8]Route indicator
		  {
		    [u]28.0-28.7
		    [u]select
		    [v]0[opt]Route on GT
		    [v]1[opt]Route on SSN
		  }
          [9]Address indicator
		  {
		    [u]29.0-29.7
		    [u]select
		    [v]0[opt]NULL
		    [v]3[opt]DPC+SSN
		    [v]6[opt]GT+SSN
		    [v]7[opt]GT+DPC+SSN
		  }
[10]Replaced start digit
		  {
		    [u]30.0-30.7
		    [u]input
		    [v]KeepHex high 0
		  }
[11]Replaced end digit
		  {
		    [u]31.0-31.7
		    [u]input
		    [v]KeepHex high 0
		  }
          [12]Outgoing number plan
		  {
		    [u]32.0-32.7
		    [u]select
		    [v]1[opt]MSISDN
		    [v]6[opt]IMSI
		    [v]7[opt]GT
		  }
[13]Replacing digits
		  {
		    [u]33.0-42.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: Management(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.3)
->  father_name = [SCCP]
-> ->     Config_SCCP(0)
-> ->     Management(1)


Remark:  Management.


Create node: Version(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.3.1)
->  father_name = [Management]
-> ->     Version(0)


Register leaf node: Version.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of SCCP platform software (Read Only).
Byte0: System release version number, based on basic function and structure.
Byte1: Software module version number, based on software module.
Byte2: Test version, 0=Release version number, 1=Test version number.

Field   : total(0)
Access  : read-write

Create node: Command_SCCP(OID: 1.3.6.1.4.1.1373.1.3.2.2.3.3.2)
->  father_name = [Management]
-> ->     Version(0)
-> ->     Command_SCCP(1)


Register leaf node: Command_SCCP.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Control command for SCCP.
Reset: Used for SCCP status initialization.
Load parameter: Load the parameters from device's harddisk to device's memory.
Save parameter: Save the parameters residing in device's memory into device's harddisk.

Field   : total(1)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Reset
		    [v]2[opt]Save parameters
		  }


Create node: XAPP(OID: 1.3.6.1.4.1.1373.1.3.2.2.5)
->  father_name = [SS7]
-> ->     MTP3(0)
-> ->     SCCP(1)
-> ->     XAPP(2)


Remark: Subsystems  for XAPP .


Create node: Config_XAPP(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2)
->  father_name = [XAPP]
-> ->     Config_XAPP(0)


Remark:  XAPP	Configuration.


Create node: MCC(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.1)
->  father_name = [Config_XAPP]
-> ->     MCC(0)


Register leaf node: MCC.
Instance: 1
Length  : 2
Flag    : 255
Default : F
Remark  : Mobile country code.

Field   : total(1)
Access  : read-write[1]MCC
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: MNC(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.2)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)


Register leaf node: MNC.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Mobile network code.

Field   : total(1)
Access  : read-write[1]MNC
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: CC(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.3)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)


Register leaf node: CC.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Country code.

Field   : total(1)
Access  : read-write[1]CC
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: NDC(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.4)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)


Register leaf node: NDC.
Instance: 1
Length  : 3
Flag    : 255
Default : u^<5E>
Remark  : National destination code.

Field   : total(1)
Access  : read-write[1]NDC
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: International_Prefix(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.5)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)


Register leaf node: International_Prefix.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : International call prefix.

Field   : total(1)
Access  : read-write[1]International prefix
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: National_Prefix(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.6)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)
-> ->     National_Prefix(5)


Register leaf node: National_Prefix.
Instance: 1
Length  : 2
Flag    : 255
Default : <0E>
Remark  : National call prefix.

Field   : total(1)
Access  : read-write[1]National prefix
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Local_Prefix(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.7)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)
-> ->     National_Prefix(5)
-> ->     Local_Prefix(6)


Register leaf node: Local_Prefix.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Local prefix.

Field   : total(0)
Access  : read-write

Create node: Conv_Prefix(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.8)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)
-> ->     National_Prefix(5)
-> ->     Local_Prefix(6)
-> ->     Conv_Prefix(7)


Register leaf node: Conv_Prefix.
Instance: 128
Length  : 35
Flag    : 255
Default : 
Remark  : Conv prefix .

Field   : total(5)
Access  : read-write[1]Prefix
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[2]Delete length
		  {
		    [u]0.0-0.0
		    [u]input
		    [v]toDec high 0
		  }
[3]Add length
		  {
		    [u]17.0-17.7
		    [u]input
		    [v]toDec high 0
		  }
[4]Add digits
		  {
		    [u]18.0-33.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[5]Valid length
		  {
		    [u]34.0-34.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CLI_Conv_Prefix(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.9)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)
-> ->     National_Prefix(5)
-> ->     Local_Prefix(6)
-> ->     Conv_Prefix(7)
-> ->     CLI_Conv_Prefix(8)


Register leaf node: CLI_Conv_Prefix.
Instance: 8
Length  : 37
Flag    : 255
Default : 
Remark  : CLI_Conv prefix .

Field   : total(7)
Access  : read-write          [1]In property
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]IDD
		    [v]2[opt]NDD
		    [v]3[opt]Unknown
		  }
[2]Prefix
		  {
		    [u]1.0-16.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[3]Delete length
		  {
		    [u]17.0-17.7
		    [u]input
		    [v]toDec high 0
		  }
          [4]Out property
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]1[opt]IDD
		    [v]2[opt]NDD
		    [v]3[opt]Unknown
		  }
[5]Add length
		  {
		    [u]19.0-19.7
		    [u]input
		    [v]toDec high 0
		  }
[6]Add digits
		  {
		    [u]20.0-35.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[7]Valid length
		  {
		    [u]36.0-36.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: mscid_to_number(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.2.10)
->  father_name = [Config_XAPP]
-> ->     MCC(0)
-> ->     MNC(1)
-> ->     CC(2)
-> ->     NDC(3)
-> ->     International_Prefix(4)
-> ->     National_Prefix(5)
-> ->     Local_Prefix(6)
-> ->     Conv_Prefix(7)
-> ->     CLI_Conv_Prefix(8)
-> ->     mscid_to_number(9)


Register leaf node: mscid_to_number.
Instance: 256
Length  : 12
Flag    : 255
Default : 
Remark  : Conv prefix .

Field   : total(4)
Access  : read-write[1]Market ID
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Switch Number
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[3]SSN
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[4]Number
		  {
		    [u]4.0-11.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Status_XAPP(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.3)
->  father_name = [XAPP]
-> ->     Config_XAPP(0)
-> ->     Status_XAPP(1)


Remark:  XAPP Status.


Create node: Version_XAPP(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.3.1)
->  father_name = [Status_XAPP]
-> ->     Version_XAPP(0)


Register leaf node: Version_XAPP.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of XAPP module (Read Only).
Byte0: System release version number, based on basic function and structure.
Byte1: Software module version number, based on software module.
Byte2: Test version, 0=Release version number, 1=Test version number.

Field   : total(0)
Access  : read-only

Create node: Command_XAPP(OID: 1.3.6.1.4.1.1373.1.3.2.2.5.3.2)
->  father_name = [Status_XAPP]
-> ->     Version_XAPP(0)
-> ->     Command_XAPP(1)


Register leaf node: Command_XAPP.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Control command for XAPP. 
Save parameter: Save the parameters in memory into local harddisk.

Field   : total(1)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Save parameters
		  }


Create node: Maplat(OID: 1.3.6.1.4.1.1373.1.3.2.3)
->  father_name = [Platform]
-> ->     SS7(0)
-> ->     Maplat(1)


Remark: 
         Subsystems  for Maplat .


Create node: SMPP(OID: 1.3.6.1.4.1.1373.1.3.2.3.4)
->  father_name = [Maplat]
-> ->     SMPP(0)


Remark: Subsystems  for SMPP .


Create node: Config_SMPP(OID: 1.3.6.1.4.1.1373.1.3.2.3.4.2)
->  father_name = [SMPP]
-> ->     Config_SMPP(0)


Remark:  SMPP	Configuration.


Create node: SMPP_Link_Parameter(OID: 1.3.6.1.4.1.1373.1.3.2.3.4.2.1)
->  father_name = [Config_SMPP]
-> ->     SMPP_Link_Parameter(0)


Register leaf node: SMPP_Link_Parameter.
Instance: 32
Length  : 106
Flag    : 255
Default : 
Remark  : Session type: BIND_TX-bind as transmitter, BIND_RX-bind as receiver, BIND_TRX-bind as transceiver.
System ID: using in BIND and OUTBIND.
Password: The password parameter is used by the SMSC to authenticate the identity of the binding ESME. The Service Provider may require ESME<4D><45>s to provide a password when binding to the SMSC. This password is normally issued by the SMSC system administrator.
The password parameter may also be used by the ESME to authenticate the identity of the binding SMSC (e.g. in the case of the outbind operation).
System type: The system_type may be used to categorise the system, e.g., <20><>EMAIL<49><4C>, <20><>WWW<57><57>, etc.
The system_type parameter is used to categorize the type of ESME that is binding to the SMSC. Examples include <20><>VMS<4D><53> (voice mail system) and <20><>OTA<54><41> (over-the-air activation system).
Specification of the system_type is optional - some SMSC<53><43>s may not require ESME<4D><45>s to provide this detail. In this case, the ESME can set the system_type to NULL.
IP: Specify the IP addresses of 16 SMPP connected devices.<br>e.g. 0xAC127001=172.18.112.1.<br>
Session init timer: This timer specifies the time lapse allowed between a network connection being established and a bind_transmitter or bind_receiver request being sent to SMSC. This timer should be active on the SMSC.
Enquire link timer: This timer specifies the time lapse allowed between operations after which an SMPP entity should interrogate whether it's peer still has an active session.
The scale is second.
Inactivity timer: This timer specifies the maximum time lapse allowed between transactions, after which period of inactivity, an SMPP entity may assume that the session is no longer active. This timer may be active on either commnicating SMPP entity(i.e. SMSC or ESME)
Response timer: This timer specifies the maximum time lapse allowed between transactions, after which period of inactivity, an SMPP entity may assume that the session is no longer active. This timer may be active on either commnicating SMPP entity(i.e. SMSC or ESME)
Local service number: compare with application's service number while bind as TX or TRX.
remote service number: compare with application's service number while bind as RX

Field   : total(16)
Access  : read-write          [1]Link enable
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [2]Link type
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]UDP
		    [v]1[opt]TCP
		  }
          [3]Server type
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]0[opt]SMPP_CLIENT
		    [v]1[opt]SMPP_SERVER
		  }
          [4]Session type
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]0[opt]BIND_TX
		    [v]1[opt]BIND_RX
		    [v]2[opt]BIND_TRX
		  }
[5]System ID
		  {
		    [u]4.0-19.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[6]Password
		  {
		    [u]20.0-28.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[7]System type
		  {
		    [u]29.0-41.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[8]Local GTT
		  {
		    [u]42.0-57.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[9]Remote GTT
		  {
		    [u]58.0-73.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[10]Local IP
		  {
		    [u]74.0-77.7
		    [u]input
		    [v]KeepHex Low F
		  }
[11]Remote IP
		  {
		    [u]78.0-81.7
		    [u]input
		    [v]KeepHex Low F
		  }
[12]Session init timer
		  {
		    [u]82.0-85.7
		    [u]input
		    [v]toDec high 0
		  }
[13]Enquire link timer
		  {
		    [u]86.0-89.7
		    [u]input
		    [v]toDec high 0
		  }
[14]Inactivity timer
		  {
		    [u]90.0-93.7
		    [u]input
		    [v]toDec high 0
		  }
[15]Response timer
		  {
		    [u]94.0-97.7
		    [u]input
		    [v]toDec high 0
		  }
[16]Remote service number
		  {
		    [u]98.0-105.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Status_SMPP(OID: 1.3.6.1.4.1.1373.1.3.2.3.4.3)
->  father_name = [SMPP]
-> ->     Config_SMPP(0)
-> ->     Status_SMPP(1)


Remark:  XAPP Status.


Create node: Command_SMPP(OID: 1.3.6.1.4.1.1373.1.3.2.3.4.3.2)
->  father_name = [Status_SMPP]
-> ->     Command_SMPP(0)


Register leaf node: Command_SMPP.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Control command for SMPP.

Field   : total(1)
Access  : write-only          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]2[opt]save parameter
		  }


Create node: MSC(OID: 1.3.6.1.4.1.1373.1.3.3.2)
->  father_name = [App]
-> ->     MSC(0)


Remark: 
         Subsystems  for msc .


Create node: CCF(MSC)(OID: 1.3.6.1.4.1.1373.1.3.3.2.2)
->  father_name = [MSC]
-> ->     CCF(MSC)(0)


Remark: Subsystems  for msc .


Create node: CCF_Config(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2)
->  father_name = [CCF(MSC)]
-> ->     CCF_Config(0)


Remark: 
            Configuration for CCF .


Create node: Call_Routing(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)


Remark: 
              Call Routing .


Create node: Prefix_Assignment(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.1)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)


Register leaf node: Prefix_Assignment.
Instance: 256
Length  : 8
Flag    : 255
Default : <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>
Remark  : 4 bytes are used to set a 8-digit prefix for dialed number.
Prefix is the first layer for dialed number based call routing. If the dialed number of a call matches a pre-programmed prefix in this table, this call will be routed to a certain trunk group, subsequently that trunk group will route this call via a dedicated E1 port.This system has totally 256 prefixes.
Dialed number without matching a pre-programmed prefix will be routed to the default trunk group 0.
Prefix 252 is for default international call, all internation calls unable to be routed out will be routed from the trunk group assigned to prefix 252, keep default EEEEEEEE.
Prefix 253 is for default national call, all national calls unable to be routed out will be routed from the trunk group assigned to prefix 253, keep default EEEEEEEE.
Prefix 254 is for default subscriber call, all dialed MSISDN unable to be routed out will be routed from the trunk group assigned to prefix 254, keep default EEEEEEEE.
Prefix 255 is for unknown call, all unknown calls unable to be routed out will be routed from the trunk group assigned to prefix 255, keep default EEEEEEEE.
E=End tag, C='#', B='*'.
Default=0xEEEEEEEE.

Field   : total(1)
Access  : read-write[1]Prefix 
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Prefix_Attributes(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.2)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)


Register leaf node: Prefix_Attributes.
Instance: 256
Length  : 18
Flag    : 9
Default : "
Remark  : Enable: Y=prefix enable, N=prefix disable.
TON incoming call: Type of number for incoming call, include unknown, MSISDN, NDD and IDD. It is specified by originating node for terminating node to route this call with proper dialed number manipulation. 
For system subscriber dialed prefix, always use unknown for In-TON except the prefix of international prefix beginning with a . For this kind of prefix (such as 86755832) we should set the In-TON as IDD to support dialing.
TON outgoing call: Type of number for outgoing call, include unknown, MSISDN, NDD and IDD. It specifies the type of an outgoing call for terminating node to route this call with proper dialed number manipulation. Generally the MSC uses IDD for outgoing call.
Out trunk deletion count: Quantity of deleted digit of a dialed number beginning with this prefix. It ranges from 0 to 8. 0=no deletion, 1-8=delete first 1-8 digits.
Out trunk insertion count: Quantity of inserted digit for a dialed number beginning with this prefix. It ranges from 0 to 8. 0=no insertion, 1-8=insert 1-8 digits from the beginning of this number.
Out trunk inserted digits: 8 digits ranging from EEEEEEEE to 99999999, E=any decimal number.
CDR on/off: Turn on/off the CDR of dialed numbers beginning with this prefix.
Properties: Specify the properties of a prefix. Trunk=to PSTN, MSISDN=to A interface, MSRN=MS roaming number, MSC=to peer MSC.
Call type: Normal=no verification for MT, Emergency call=no verification for MO (free call), MCT=Malicious Call Trace, VMS call=send signaling carried DTMF to VMS.
Length of dialed number: Length of dialed number (1-32).
E.164 international deletion count: Quantity of deleted digit of E164 international number, always use IDD for outgoing call for PPS debiting.
E.164 international insertion count: Quantity of inserted digit of E164 international number, always use IDD for outgoing call for PPS debiting.
E.164 international inserted digits: Inserted digit to the E164 international number, 8 digits ranging from EEEEEEEE to 99999999, E=any decimal number, always use IDD for outgoing call for PPS debiting.

Field   : total(15)
Access  : read-write          [1]TON incoming call
		  {
		    [u]0.0-0.3
		    [u]select
		    [v]0[opt]Spare 
		    [v]1[opt]MSISDN 
		    [v]2[opt]Unkown 
		    [v]3[opt]NDD 
		    [v]4[opt]IDD 
		    [v]5[opt]Spare 
		  }
          [2]TON outgoing call
		  {
		    [u]0.4-0.7
		    [u]select
		    [v]0[opt]Spare 
		    [v]1[opt]MSISDN 
		    [v]2[opt]Unkown 
		    [v]3[opt]NDD 
		    [v]4[opt]IDD 
		    [v]5[opt]Spare
		  }
          [3]Out trunk deletion count
		  {
		    [u]1.0-1.3
		    [u]select
		    [v]0[opt]Delete none 
		    [v]1[opt]1 
		    [v]2[opt]2 
		    [v]3[opt]3 
		    [v]4[opt]4 
		    [v]5[opt]5 
		    [v]6[opt]6 
		    [v]7[opt]7 
		    [v]8[opt]8 
		    [v]9[opt]9 
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15 
		  }
          [4]Out trunk insertion count
		  {
		    [u]1.4-1.7
		    [u]select
		    [v]0[opt]Insert none 
		    [v]1[opt]1 
		    [v]2[opt]2 
		    [v]3[opt]3 
		    [v]4[opt]4 
		    [v]5[opt]5 
		    [v]6[opt]6 
		    [v]7[opt]7 
		    [v]8[opt]8 
		    [v]9[opt]9 
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15 
		  }
[5]Out trunk inserted digits
		  {
		    [u]2.0-9.7
		    [u]input
		    [v]KeepHex Low E
		  }
          [6]CDR on/off
		  {
		    [u]10.0-10.0
		    [u]select
		    [v]0[opt]Off 
		    [v]1[opt]On 
		  }
          [8]Properties
		  {
		    [u]10.2-10.3
		    [u]select
		    [v]0[opt]Trunk 
		    [v]1[opt]MSISDN 
		    [v]2[opt]MSRN 
		    [v]3[opt]MSC 
		  }
          [9]Call type
		  {
		    [u]10.4-10.6
		    [u]select
		    [v]0[opt]Normal Call 
		    [v]1[opt]Emergency 
		    [v]2[opt]MCT 
		    [v]3[opt]VMS 
		    [v]4[opt]IN 
		  }
          [10]Enable
		  {
		    [u]10.7-10.7
		    [u]select
		    [v]0[opt]N 
		    [v]1[opt]Y 
		  }
[11]Length of dialed number
		  {
		    [u]11.0-11.7
		    [u]input
		    [v]toDec high 0
		  }
          [12]E.164 International deletion count
		  {
		    [u]12.0-12.3
		    [u]select
		    [v]0[opt]Delete none 
		    [v]1[opt]Delete first one 
		    [v]2[opt]Delete first two 
		    [v]3[opt]Delete first three 
		    [v]4[opt]Delete first four 
		    [v]5[opt]Delete first five 
		    [v]6[opt]Delete first six 
		    [v]7[opt]Delete first seven 
		    [v]8[opt]Delete first eight 
		  }
          [13]E.164 International insertion count
		  {
		    [u]12.4-12.7
		    [u]select
		    [v]0[opt]Insert none 
		    [v]1[opt]Insert first one 
		    [v]2[opt]Insert first two 
		    [v]3[opt]Insert first three 
		    [v]4[opt]Insert first four 
		    [v]5[opt]Insert first five 
		    [v]6[opt]Insert first six 
		    [v]7[opt]Insert first seven 
		    [v]8[opt]Insert first eight 
		  }
[14]E.164 international inserted digits
		  {
		    [u]13.0-16.7
		    [u]input
		    [v]KeepHex Low E
		  }
          [15]Cli-type
		  {
		    [u]17.0-17.7
		    [u]select
		    [v]0[opt]Sub 
		    [v]1[opt]NDD 
		    [v]2[opt]IDD 
		    [v]3[opt]Unknown(local) 
		    [v]4[opt]Unknown(NDD) 
		    [v]5[opt]Unknown(IDD)
		  }


Create node: Prefix_TG(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.3)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)
-> ->     Prefix_TG(2)


Register leaf node: Prefix_TG.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Assign a trunk group for each prefix for call routing, a single prefix points to only one trunk group, multiple prefix can be assigned the same trunk group, default is the no. of the prefix. 

Field   : total(1)
Access  : read-write[1]Assign TG to prefix
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: TG_Attributes(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.4)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)
-> ->     Prefix_TG(2)
-> ->     TG_Attributes(3)


Register leaf node: TG_Attributes.
Instance: 256
Length  : 10
Flag    : 1
Default : 
Remark  : DPC: Destination point code of this trunk group.
TG flag: enable or disable this trunk group.
CDR on/off: CDR on or off option for this trunk group.
Announcement: Voice announcement enable or disable for this trunk group.
TG category: PSTN=to PSTN, IP=to VMS and VPS, HPLMN=to HPLMN, VPLMN=to VPLMN, SUB=to BSC, Intercept=to intercept LEA
Alternative TG flag: Alternative trunk group enable or disable option.
Alternative TG: Alternative trunk group for backup purpose.
Loop back: Incoming call loop back enable or disable, used for MSC loop back.
Network indicator: Specify network type, International, International spare , National, National spare.
Circuit selection: Preferred circuit selection mode, include clockwise, anti-clockwise, odd and even.
Back off: Back off on or off when simultaneously select the same channel with the opposite side.
Location: For normal trunk group, select Both. For a trunk group to a VPS, configure this trunk group as MSC0 or MSC1.
MPTY: Multi-party call enable or disable. For all trunk groups to BSC, select Enable.
Tandem restriction:Y: Tandem disabled. Not support transit call from PSTN to PSTN via this trunk group.
N: Tandem enabled. Support transit call from PSTN to PSTN via this trunk group.

Field   : total(16)
Access  : read-write[1]DPC
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]KeepHex high 0
		  }
          [2]TG flag
		  {
		    [u]4.0-4.0
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [3]CDR on/off
		  {
		    [u]4.1-4.1
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }
          [4]Announcement
		  {
		    [u]4.2-4.2
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }
          [5]TG category
		  {
		    [u]4.3-4.5
		    [u]select
		    [v]0[opt]PSTN
		    [v]1[opt]HPLMN
		    [v]2[opt]VHLMN
		    [v]3[opt]SUB
		    [v]4[opt]IP
		    [v]5[opt]Intercept
		  }
          [6]Alternative TG flag
		  {
		    [u]4.6-4.6
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]enable
		  }
          [7]Loopback
		  {
		    [u]4.7-4.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [8]Network indicator
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]0[opt]International
		    [v]1[opt]International spare 
		    [v]2[opt]National
		    [v]3[opt]National spare 
		  }
          [9]Circuit selection
		  {
		    [u]6.0-6.1
		    [u]select
		    [v]0[opt]Clockwise
		    [v]1[opt]Anti-clockwise
		    [v]2[opt]Odd
		    [v]3[opt]Even
		  }
          [10]Back off
		  {
		    [u]6.2-6.2
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }
          [12]MPTY
		  {
		    [u]6.5-6.5
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [13]Location
		  {
		    [u]6.6-6.7
		    [u]select
		    [v]0[opt]MSC-0
		    [v]1[opt]MSC-1
		    [v]2[opt]Both
		    [v]3[opt]Spare
		  }
[14]Alternative TG
		  {
		    [u]7.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
          [15]Tandem restriction
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [16]Incoming Call type
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]0[opt]Normal
		    [v]1[opt]IN
		  }


Create node: Call_Routing_CDR_Flag(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.5)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)
-> ->     Prefix_TG(2)
-> ->     TG_Attributes(3)
-> ->     Call_Routing_CDR_Flag(4)


Register leaf node: Call_Routing_CDR_Flag.
Instance: 1
Length  : 2
Flag    : 255
Default : <03>
Remark  : Sorm: call intercept   MCT: malicious call trace
Default=CDR of MO call and MT call is enabled, CDR of roaming call, gateway incoming call, gateway outgoing call, transit call, MO SMS and MT SMS is disabled.

Field   : total(13)
Access  : read-write          [2]Redirection
		  {
		    [u]0.3-0.3
		    [u]select
		    [v]0[opt]off
		    [v]1[opt]on
		  }
          [3]Feature Request
		  {
		    [u]0.2-0.2
		    [u]select
		    [v]0[opt]off
		    [v]1[opt]on
		  }
          [4]Sorm
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on
		  }
          [5]MCT
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [6]MT SM
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [7]MO SM
		  {
		    [u]1.6-1.6
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [8]Transit call
		  {
		    [u]1.5-1.5
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [9]Gateway outgoing call
		  {
		    [u]1.4-1.4
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [10]Gateway incoming call
		  {
		    [u]1.3-1.3
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [11]Roaming call
		  {
		    [u]1.2-1.2
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [12]MT call
		  {
		    [u]1.1-1.1
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }
          [13]MO call
		  {
		    [u]1.0-1.0
		    [u]select
		    [v]0[opt]off 
		    [v]1[opt]on 
		  }


Create node: Voice_Prompt_Announcement_option(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.6)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)
-> ->     Prefix_TG(2)
-> ->     TG_Attributes(3)
-> ->     Call_Routing_CDR_Flag(4)
-> ->     Voice_Prompt_Announcement_option(5)


Register leaf node: Voice_Prompt_Announcement_option.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Set to play either announcement or tone indicating call unattainable reason for subscribers. System has total 8 announcements and tones that can be independently set.
Announcement 0: The dialed number is invalid.
Announcement 1: The subscriber dialed is not activated.
Announcement 2: The subscriber is busy.
Announcement 3: The network is busy.
Announcement 4: Caller's account was deactivated.
Announcement 5: The subscriber dialed was deactivated.
Announcement 6: Feature not available to caller.
Announcement 7: The subscriber dialed is not available.

Field   : total(16)
Access  : read-write          [1]Announcement 0
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [2]Announcement 1
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [3]Announcement 2
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [4]Announcement 3
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [5]Announcement 4
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [6]Announcement 5
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [7]Announcement 6
		  {
		    [u]6.0-6.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [8]Announcement 7
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [9]Announcement 8
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [10]Announcement 9
		  {
		    [u]9.0-9.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [11]Announcement 10
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [12]Announcement 11
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [13]Announcement 12
		  {
		    [u]12.0-12.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [14]Announcement 13
		  {
		    [u]13.0-13.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [15]Announcement 14
		  {
		    [u]14.0-14.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }
          [16]Announcement 15
		  {
		    [u]15.0-15.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]Tone
		    [v]2[opt]Voice
		    [v]3[opt]lease line
		  }


Create node: Call_Routing_Warning(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.1.7)
->  father_name = [Call_Routing]
-> ->     Prefix_Assignment(0)
-> ->     Prefix_Attributes(1)
-> ->     Prefix_TG(2)
-> ->     TG_Attributes(3)
-> ->     Call_Routing_CDR_Flag(4)
-> ->     Voice_Prompt_Announcement_option(5)
-> ->     Call_Routing_Warning(6)


Register leaf node: Call_Routing_Warning.
Instance: 1
Length  : 1
Flag    : 255
Default : 2
Remark  : Set time to play prompt tone for reaching zero balance prepaid subscriber when a call is in progress, unit is second. e.g. if set as 60, the system will play prompt tone one minute before a subscriber uses up his balance.

Field   : total(1)
Access  : read-write[1]Remanent time for warning tone
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CCF_MSC(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.2)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)


Remark: CCF Configuration MSC .


Create node: Emergency_Call(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.2.5)
->  father_name = [CCF_MSC]
-> ->     Emergency_Call(0)


Register leaf node: Emergency_Call.
Instance: 256
Length  : 21
Flag    : 0
Default : 
Remark  : Emergency call number. Default=112.

Field   : total(5)
Access  : read-write          [1]Enable flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]LAC
		  {
		    [u]1.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[3]CI
		  {
		    [u]3.0-4.7
		    [u]input
		    [v]toDec high 0
		  }
[4]Dial number
		  {
		    [u]5.0-12.7
		    [u]input
		    [v]KeepHex Low E
		  }
[5]Local emergency number
		  {
		    [u]13.0-20.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Location_Management(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.2.8)
->  father_name = [CCF_MSC]
-> ->     Emergency_Call(0)
-> ->     Location_Management(1)


Register leaf node: Location_Management.
Instance: 256
Length  : 8
Flag    : 0
Default : 
Remark  : Manage the MS location by correlate TG (trunk group), LAC (location area code, cell ID and zone code, totally 256 location management.

Field   : total(5)
Access  : read-write          [1]Enable
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]N
		    [v]1[opt]Y
		  }
[2]TG
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[3]LAC
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[4]CI
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }
[5]Zone Code
		  {
		    [u]6.0-7.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CPC(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.3)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)
-> ->     CPC(2)


Remark: CPC Management.


Create node: SRF_Address(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.3.3)
->  father_name = [CPC]
-> ->     SRF_Address(0)


Register leaf node: SRF_Address.
Instance: 1
Length  : 8
Flag    : 255
Default : <20>uP
Remark  : E.164 number of HLR server:HLR MSISDN used for SCCP addressing, F=end tag.
Default=91867555950502FFFF=91867555950502.

Field   : total(1)
Access  : read-write[1]EIR number
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Max_Call_Duration(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.3.7)
->  father_name = [CPC]
-> ->     SRF_Address(0)
-> ->     Max_Call_Duration(1)


Register leaf node: Max_Call_Duration.
Instance: 1
Length  : 1
Flag    : 255
Default : <
Remark  : Define the permitted maximum call duration. Any ongoing call reaching this duration threshold will be compulsively cut off. byte value: 0=disable this function, 1-255=max. call duration, unit=minute. Default=0.

Field   : total(1)
Access  : read-write[1]Max. call duration
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: E1_Port(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.4)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)
-> ->     CPC(2)
-> ->     E1_Port(3)


Remark: E1 Port.


Create node: E1_Interface(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.4.1)
->  father_name = [E1_Port]
-> ->     E1_Interface(0)


Register leaf node: E1_Interface.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Set the type of E1 interface for 256 E1 ports. 

Field   : total(1)
Access  : read-write          [1]E1 interface
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]TUP
		    [v]1[opt]ISUP
		    [v]2[opt]AIF
		    [v]3[opt]AIF CDMA2K
		    [v]4[opt]BICC
		    [v]5[opt]CI-CNF
		    [v]6[opt]CI-loopback
		  }


Create node: E1_TG(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.4.2)
->  father_name = [E1_Port]
-> ->     E1_Interface(0)
-> ->     E1_TG(1)


Register leaf node: E1_TG.
Instance: 256
Length  : 1
Flag    : 255
Default : <20>
Remark  : Assign a trunk group to each E1 port for call routing. A single E1 port points to only one trunk group, multiple E1 port can be assigned the same trunk group. Default=number of the E1 port. 

Field   : total(1)
Access  : read-write[1]Assign TG
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: E1_CIC(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.4.3)
->  father_name = [E1_Port]
-> ->     E1_Interface(0)
-> ->     E1_TG(1)
-> ->     E1_CIC(2)


Register leaf node: E1_CIC.
Instance: 256
Length  : 4
Flag    : 255
Default : 
Remark  : Circuit identity code, uniquely identify each circuit within a trunk group. CIC of both ends of a circuit must be identical. 256 CIC for dual MSC platform 256 E1 ports. 

Field   : total(1)
Access  : read-write[1]E1 CIC
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: E1_Media_Control_Attributes(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.4.4)
->  father_name = [E1_Port]
-> ->     E1_Interface(0)
-> ->     E1_TG(1)
-> ->     E1_CIC(2)
-> ->     E1_Media_Control_Attributes(3)


Register leaf node: E1_Media_Control_Attributes.
Instance: 256
Length  : 4
Flag    : 255
Default : 
Remark  : E1 Media Control Attributes

Field   : total(4)
Access  : read-write          [1]E1 Control Protocol Type
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Internal
		    [v]1[opt]MGCP
		  }
          [2]E1 Enable
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
[3]MG Number
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]toDec high 0
		  }
[4]Trunk Number
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Channel_Attributes(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)
-> ->     CPC(2)
-> ->     E1_Port(3)
-> ->     Channel_Attributes(4)


Remark: Channel attributes.


Create node: Card0_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.1)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)


Register leaf node: Card0_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card1_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.2)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)


Register leaf node: Card1_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card2_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.3)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)


Register leaf node: Card2_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card3_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.4)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)


Register leaf node: Card3_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card4_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.5)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)


Register leaf node: Card4_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card5_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.6)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)


Register leaf node: Card5_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card6_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.7)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)


Register leaf node: Card6_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card7_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.8)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)


Register leaf node: Card7_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card8_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.9)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)


Register leaf node: Card8_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card9_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.10)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)


Register leaf node: Card9_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card10_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.11)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)


Register leaf node: Card10_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card11_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.12)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)


Register leaf node: Card11_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card12_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.13)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)


Register leaf node: Card12_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card13_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.14)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)


Register leaf node: Card13_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card14_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.15)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)


Register leaf node: Card14_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card15_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.16)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)


Register leaf node: Card15_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card16_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.17)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)


Register leaf node: Card16_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card17_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.18)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)


Register leaf node: Card17_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card18_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.19)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)


Register leaf node: Card18_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card19_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.20)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)


Register leaf node: Card19_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card20_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.21)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)


Register leaf node: Card20_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card21_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.22)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)


Register leaf node: Card21_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card22_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.23)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)


Register leaf node: Card22_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card23_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.24)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)


Register leaf node: Card23_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card24_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.25)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)


Register leaf node: Card24_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card25_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.26)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)


Register leaf node: Card25_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card26_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.27)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)


Register leaf node: Card26_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card27_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.28)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)
-> ->     Card27_Channel(27)


Register leaf node: Card27_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card28_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.29)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)
-> ->     Card27_Channel(27)
-> ->     Card28_Channel(28)


Register leaf node: Card28_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card29_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.30)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)
-> ->     Card27_Channel(27)
-> ->     Card28_Channel(28)
-> ->     Card29_Channel(29)


Register leaf node: Card29_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card30_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.31)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)
-> ->     Card27_Channel(27)
-> ->     Card28_Channel(28)
-> ->     Card29_Channel(29)
-> ->     Card30_Channel(30)


Register leaf node: Card30_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Card31_Channel(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.5.32)
->  father_name = [Channel_Attributes]
-> ->     Card0_Channel(0)
-> ->     Card1_Channel(1)
-> ->     Card2_Channel(2)
-> ->     Card3_Channel(3)
-> ->     Card4_Channel(4)
-> ->     Card5_Channel(5)
-> ->     Card6_Channel(6)
-> ->     Card7_Channel(7)
-> ->     Card8_Channel(8)
-> ->     Card9_Channel(9)
-> ->     Card10_Channel(10)
-> ->     Card11_Channel(11)
-> ->     Card12_Channel(12)
-> ->     Card13_Channel(13)
-> ->     Card14_Channel(14)
-> ->     Card15_Channel(15)
-> ->     Card16_Channel(16)
-> ->     Card17_Channel(17)
-> ->     Card18_Channel(18)
-> ->     Card19_Channel(19)
-> ->     Card20_Channel(20)
-> ->     Card21_Channel(21)
-> ->     Card22_Channel(22)
-> ->     Card23_Channel(23)
-> ->     Card24_Channel(24)
-> ->     Card25_Channel(25)
-> ->     Card26_Channel(26)
-> ->     Card27_Channel(27)
-> ->     Card28_Channel(28)
-> ->     Card29_Channel(29)
-> ->     Card30_Channel(30)
-> ->     Card31_Channel(31)


Register leaf node: Card31_Channel.
Instance: 256
Length  : 3
Flag    : 0
Default : <05><>
Remark  : Set lease circuit of MSC. Each 8K E1 Card has 256 configurable channels.
LCCP card (0-15)=Lease circuit connected 8K E1 Card (0-15).
LCCP E1 (0-7)=Lease circuit connected E1 (0-7).
LCCP timeslot=Lease circuit connected timeslot (1-15,17-31).
Default=0x05EEEE.

Field   : total(7)
Access  : read-write          [1]Channel flag
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]disable
		    [v]1[opt]enable
		  }
          [2]Channel type
		  {
		    [u]0.1-0.2
		    [u]select
		    [v]0[opt]incoming
		    [v]1[opt]outgoing
		    [v]2[opt]bi-direction
		    [v]3[opt]lease
		  }
[4]LCCP card (0-15)
		  {
		    [u]1.0-1.3
		    [u]input
		    [v]toDec high 0
		  }
[6]LCCP timeslot (1-15, 17-31)
		  {
		    [u]2.0-2.4
		    [u]input
		    [v]toDec high 0
		  }
[7]LCCP E1 (0-7)
		  {
		    [u]2.5-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CPC_attributes(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.6)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)
-> ->     CPC(2)
-> ->     E1_Port(3)
-> ->     Channel_Attributes(4)
-> ->     CPC_attributes(5)


Remark: CPC attributes.


Create node: MSCID(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.6.3)
->  father_name = [CPC_attributes]
-> ->     MSCID(0)


Register leaf node: MSCID.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : MSCID

Field   : total(2)
Access  : read-write[1]Market ID
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Switch Number
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Media_gateway(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.7)
->  father_name = [CCF_Config]
-> ->     Call_Routing(0)
-> ->     CCF_MSC(1)
-> ->     CPC(2)
-> ->     E1_Port(3)
-> ->     Channel_Attributes(4)
-> ->     CPC_attributes(5)
-> ->     Media_gateway(6)


Remark: Media_gateway .


Create node: MG_Attribute(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.2.7.1)
->  father_name = [Media_gateway]
-> ->     MG_Attribute(0)


Register leaf node: MG_Attribute.
Instance: 256
Length  : 53
Flag    : 255
Default : 
Remark  : MG Attributes 

Field   : total(3)
Access  : read-only          [1]MG Enable
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
[2]MG IP Address
		  {
		    [u]1.0-4.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]MG Name
		  {
		    [u]5.0-52.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: CCF_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3)
->  father_name = [CCF(MSC)]
-> ->     CCF_Config(0)
-> ->     CCF_Status(1)


Remark: Status for CCF .


Create node: Version(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.1)
->  father_name = [CCF_Status]
-> ->     Version(0)


Register leaf node: Version.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of MSC software (Read only).<br>
Byte0: System release version number, based on basic function and structure.<br>
Byte1: Software module version number, based on software module.<br>
Byte2: Test version, 0=Release version number, 1=Test version number..

Field   : total(0)
Access  : read-only

Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.2)
->  father_name = [CCF_Status]
-> ->     Version(0)
-> ->     Command(1)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Control command for MSC-CPC.
Reset: Used for CPC status initialization.
Initialize: Restore the parameter setup to the default factory setting.
Save parameter: Save the parameters residing in CPC's memory into CPC's harddisk.

Field   : total(1)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]90[opt]Reset 
		    [v]165[opt]Initialize 
		    [v]181[opt]Save parameter
		    [v]238[opt]No command
		  }


Create node: E1_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.4)
->  father_name = [CCF_Status]
-> ->     Version(0)
-> ->     Command(1)
-> ->     E1_Status(2)


Register leaf node: E1_Status.
Instance: 128
Length  : 1
Flag    : 255
Default : <20>
Remark  : E1 status (read only). 

Field   : total(2)
Access  : read-only[1]Quantity of occupied timeslot
		  {
		    [u]0.0-0.4
		    [u]input
		    [v]toDec high 0
		  }
          [2]E1 type
		  {
		    [u]0.5-0.7
		    [u]select
		    [v]0[opt]TUP
		    [v]1[opt]ISUP
		    [v]2[opt]AIF
		    [v]3[opt]AIF_CDMA2K
		    [v]4[opt]BICC
		  }


Create node: Channel_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5)
->  father_name = [CCF_Status]
-> ->     Version(0)
-> ->     Command(1)
-> ->     E1_Status(2)
-> ->     Channel_Status(3)


Remark: Channel status (read only).


Create node: Card0_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.1)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)


Register leaf node: Card0_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card1_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.2)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)


Register leaf node: Card1_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card2_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.3)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)


Register leaf node: Card2_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card3_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.4)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)


Register leaf node: Card3_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card4_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.5)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)


Register leaf node: Card4_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card5_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.6)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)


Register leaf node: Card5_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card6_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.7)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)


Register leaf node: Card6_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card7_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.8)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)


Register leaf node: Card7_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card8_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.9)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)


Register leaf node: Card8_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card9_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.10)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)


Register leaf node: Card9_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card10_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.11)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)


Register leaf node: Card10_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card11_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.12)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)
-> ->     Card11_Status(11)


Register leaf node: Card11_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card12_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.13)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)
-> ->     Card11_Status(11)
-> ->     Card12_Status(12)


Register leaf node: Card12_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card13_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.14)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)
-> ->     Card11_Status(11)
-> ->     Card12_Status(12)
-> ->     Card13_Status(13)


Register leaf node: Card13_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card14_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.15)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)
-> ->     Card11_Status(11)
-> ->     Card12_Status(12)
-> ->     Card13_Status(13)
-> ->     Card14_Status(14)


Register leaf node: Card14_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: Card15_Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.2.3.5.16)
->  father_name = [Channel_Status]
-> ->     Card0_Status(0)
-> ->     Card1_Status(1)
-> ->     Card2_Status(2)
-> ->     Card3_Status(3)
-> ->     Card4_Status(4)
-> ->     Card5_Status(5)
-> ->     Card6_Status(6)
-> ->     Card7_Status(7)
-> ->     Card8_Status(8)
-> ->     Card9_Status(9)
-> ->     Card10_Status(10)
-> ->     Card11_Status(11)
-> ->     Card12_Status(12)
-> ->     Card13_Status(13)
-> ->     Card14_Status(14)
-> ->     Card15_Status(15)


Register leaf node: Card15_Status.
Instance: 256
Length  : 1
Flag    : 255
Default : 
Remark  : Card Channel status (read only). 

Field   : total(1)
Access  : read-only          [1]Timeslot status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Idle
		    [v]2[opt]Busy
		    [v]3[opt]Local blocked							   
		    [v]4[opt]Remote blocked
		  }


Create node: VLR(OID: 1.3.6.1.4.1.1373.1.3.3.2.5)
->  father_name = [MSC]
-> ->     CCF(MSC)(0)
-> ->     VLR(1)


Remark: sub  for VLR .


Create node: VLR_Config(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2)
->  father_name = [VLR]
-> ->     VLR_Config(0)


Remark: 
            Configuration for VLR .


Create node: Public_Param(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1)
->  father_name = [VLR_Config]
-> ->     Public_Param(0)


Remark: Public parameters .


Create node: OptAuthReq(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.1)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)


Register leaf node: OptAuthReq.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Flag of SIM authentication on MS poweron and MO/MT call. 

Field   : total(4)
Access  : read-write          [1]Update Location
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]No authetication
		    [v]1[opt]Authetication
		  }
          [2]MO
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]No authetication
		    [v]1[opt]Authetication
		  }
          [3]MT
		  {
		    [u]0.2-0.2
		    [u]select
		    [v]0[opt]No authetication
		    [v]1[opt]Authetication
		  }
[4]Spare
		  {
		    [u]0.3-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: OptReuseTriplets(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.2)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)


Register leaf node: OptReuseTriplets.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Flag of reusing authentication triplets in VLR in the case that authentication to HLR is not available. Default=disable. 

Field   : total(3)
Access  : read-write          [1]OptReuseTriplets
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [2]double authentication
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
[3]Spare
		  {
		    [u]0.2-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: OptCipReq(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.3)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)


Register leaf node: OptCipReq.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Flag of voice ciphering over air interface by MS. Default=Disable. 

Field   : total(1)
Access  : read-write          [1]OptCipReq
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }


Create node: OptCiphAlgo(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.4)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)


Register leaf node: OptCiphAlgo.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : Voice ciphering algorithm selection. Default=no ciphering. 

Field   : total(1)
Access  : read-write          [1]OptCiphAlgo
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]None
		    [v]1[opt]A5_1
		    [v]2[opt]A5_2
		    [v]3[opt]A5_3
		    [v]4[opt]A5_4
		    [v]5[opt]A5_5
		    [v]6[opt]A5_6
		    [v]7[opt]A5_7
		  }


Create node: OptTmsiAlloc(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.5)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)


Register leaf node: OptTmsiAlloc.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Flag of allocating a new TMSI every time a call management service is requested. Default=Disable.

Field   : total(1)
Access  : read-write          [1]TMSI Allocation Option
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Allocate TMSI
		    [v]2[opt]Reallocate TMSI
		  }


Create node: OptEcSetUpAllow(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.7)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)


Register leaf node: OptEcSetUpAllow.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Flag of making emergency call for non-registered MS or MS without SIM. Default=Enable.

Field   : total(1)
Access  : read-write          [1]OptEcSetUpAllow
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }


Create node: OptCheckIMEI(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.8)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)
-> ->     OptCheckIMEI(6)


Register leaf node: OptCheckIMEI.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Flag of IMEI verification via EIR. Default=no IMEI verification. 

Field   : total(4)
Access  : read-write          [1]Update Location
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]No IMEI verification
		    [v]1[opt]IMEI verification
		  }
          [2]MO
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]No IMEI verification
		    [v]1[opt]IMEI verification
		  }
          [3]MT
		  {
		    [u]0.2-0.2
		    [u]select
		    [v]0[opt]No IMEI verification
		    [v]1[opt]IMEI verification
		  }
[4]Spare
		  {
		    [u]0.3-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: OptVlrPurge(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.9)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)
-> ->     OptCheckIMEI(6)
-> ->     OptVlrPurge(7)


Register leaf node: OptVlrPurge.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Flag of VLR purge. Default=Off.

Field   : total(1)
Access  : read-write          [1]OptVlrPurge
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }


Create node: IdlePeriod2Purge(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.10)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)
-> ->     OptCheckIMEI(6)
-> ->     OptVlrPurge(7)
-> ->     IdlePeriod2Purge(8)


Register leaf node: IdlePeriod2Purge.
Instance: 1
Length  : 1
Flag    : 255
Default : <
Remark  : Set the threshold of idle time to purge. If a mobile's idle time reaches this threshold, VLR will purge all records of this MS, unit=6 minute. Default=60minutes. 

Field   : total(1)
Access  : read-write[1]IdlePeriod2Purge
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CDR_Flag(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.11)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)
-> ->     OptCheckIMEI(6)
-> ->     OptVlrPurge(7)
-> ->     IdlePeriod2Purge(8)
-> ->     CDR_Flag(9)


Register leaf node: CDR_Flag.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : VLR CDR flag. Default=On. 

Field   : total(1)
Access  : read-write          [1]CDR on/off
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }


Create node: MSRN(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.2.1.13)
->  father_name = [Public_Param]
-> ->     OptAuthReq(0)
-> ->     OptReuseTriplets(1)
-> ->     OptCipReq(2)
-> ->     OptCiphAlgo(3)
-> ->     OptTmsiAlloc(4)
-> ->     OptEcSetUpAllow(5)
-> ->     OptCheckIMEI(6)
-> ->     OptVlrPurge(7)
-> ->     IdlePeriod2Purge(8)
-> ->     CDR_Flag(9)
-> ->     MSRN(10)


Register leaf node: MSRN.
Instance: 1
Length  : 16
Flag    : 255
Default : <20>uS@
Remark  : Mobile station roaming number, use 16 bytes (32 digits) to define a range of MSRN. The length of start MSRN and end MSRN must be identical. F=end tag. 

Field   : total(2)
Access  : read-write[3]Start number
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]KeepHex Low F
		  }
[4]End number
		  {
		    [u]8.0-15.7
		    [u]input
		    [v]KeepHex Low F
		  }


Create node: VLR_Management(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.3)
->  father_name = [VLR]
-> ->     VLR_Config(0)
-> ->     VLR_Management(1)


Remark: 
            Management for VLR .


Create node: Version(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.3.2)
->  father_name = [VLR_Management]
-> ->     Version(0)


Register leaf node: Version.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of VLR software (Read only).
Byte0: System release version number, based on basic function and structure.
Byte1: Software module version number, based on software module.
Byte2: Test version, 0=Release version number, 1=Test version number.  

Field   : total(0)
Access  : read-only

Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.3.3)
->  father_name = [VLR_Management]
-> ->     Version(0)
-> ->     Command(1)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Control command for VLR.
Reset: Used to initialize the status of VLR.
Save parameters: Save the parameters residing in memory into harddisk.

Field   : total(1)
Access  : write-only          [1]Management
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Reset VLR
		    [v]1[opt]Save parameters
		  }


Create node: Status(OID: 1.3.6.1.4.1.1373.1.3.3.2.5.3.4)
->  father_name = [VLR_Management]
-> ->     Version(0)
-> ->     Command(1)
-> ->     Status(2)


Register leaf node: Status.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Basic status of VLR.

Field   : total(0)
Access  : read-only

Create node: HLR(OID: 1.3.6.1.4.1.1373.1.3.3.3)
->  father_name = [App]
-> ->     MSC(0)
-> ->     HLR(1)


Remark: Subsystems  for HLR .


Create node: Config(OID: 1.3.6.1.4.1.1373.1.3.3.3.2)
->  father_name = [HLR]
-> ->     Config(0)


Remark: 
            Configuration for HLR .


Create node: Public_Param(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1)
->  father_name = [Config]
-> ->     Public_Param(0)


Remark: 
              Public parameter .


Create node: HPLMN(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.11)
->  father_name = [Public_Param]
-> ->     HPLMN(0)


Register leaf node: HPLMN.
Instance: 1
Length  : 17
Flag    : 255
Default : <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>
Remark  : Define the SN (VLR phone number) range of the VLR in the HPLMN (home PLMN) by specifying the start and end phone number of the range. 
MSISDN=CC(country code)+NDC(National Destination Code)+SN. 
All VLRs within a HPLMN have the same CC and NDC but the different SN. The SN of all VLR in a HPLMN must lie within the defined SN range.
Byte0-1=Country code.
Byte2-3=National destination code.
Byte4-9=Start SN of the VLR SN.
Byte10-15=End SN of the VLR SN.
e.g. For China country code=86, Shanghai national destination code=21, VLR SN=26060888:
Byte0-1=86EE,
Byte2-3=21EE, 
SN=26060888, 
Else=E.

Field   : total(4)
Access  : read-write[1]CC
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }
[2]NDC
		  {
		    [u]2.0-4.7
		    [u]input
		    [v]KeepHex Low E
		  }
[3]Start SN
		  {
		    [u]5.0-10.7
		    [u]input
		    [v]KeepHex Low E
		  }
[4]End SN
		  {
		    [u]11.0-16.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: VPLMNs(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.12)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)


Register leaf node: VPLMNs.
Instance: 256
Length  : 17
Flag    : 255
Default : <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>
Remark  : Define all connected VPLMNs (up tp 256) by specifying all VLR zones included in these VPLMNs. Each VLR zone is defined by its VLR MSISDN. MSISDN=CC+NDC+SN. All VLRs within a same VPLMN have the CC and NDC but the different SN. A VPLMN contains a group of VLRs whose SN is included in the defined SN range, E=random digit.
This parameter also define two ranges of VLR CSRR (Country specific roaming restrictionszones) zones for each VPLMN. In these defined VLR CSRR zones all HPLMN subscribers may be subjected to country specific roaming restrictions.
For each VPLMN setup, the format is:
byte0=ISDN numbering plan, default=91.
byte1-2=country code, EEEE.
byte3-4=national destination code, EEEE.
byte5-10=start SN (SN prefix or whole SN) of VPLMNs, EEEEEEEEEEEE.
byte11-16=end SN (SN prefix or whole SN) of VPLMNs, EEEEEEEEEEEE.
byte17-22=start SN (SN prefix or whole SN) of range 0 of VLR CSRR zones of a VPLMN, EEEEEEEEEEEE.
byte23-28=end SN (SN prefix or whole SN) of range 0 of VLR CSRR zones of a VPLMN, EEEEEEEEEEEE.
byte29-34=start SN (SN prefix or whole SN) of range 1 of VLR CSRR zones of a VPLMN, EEEEEEEEEEEE.
byte35-40=end SN (SN prefix or whole SN) of range 1 of VLR CSRR zones of a VPLMN, EEEEEEEEEEEE.
E=random digit.	

Field   : total(4)
Access  : read-write[1]CC
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }
[2]NDC
		  {
		    [u]2.0-4.7
		    [u]input
		    [v]KeepHex Low E
		  }
[3]Start SN
		  {
		    [u]5.0-10.7
		    [u]input
		    [v]KeepHex Low E
		  }
[4]End SN
		  {
		    [u]11.0-16.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: CSRR_List(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.13)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)
-> ->     CSRR_List(2)


Register leaf node: CSRR_List.
Instance: 8
Length  : 32
Flag    : 255
Default : 
Remark  : Define 8 CSRR (country specific roaming restriction) lists to confine the roaming range of a subscriber. 
Each CSRR list defines the roaming restriction for 256 VPLMN ranges.	

Field   : total(256)
Access  : read-write          [1]VPLMN0 Roaming allowed
		  {
		    [u]31.0-31.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [2]VPLMN1 Roaming allowed
		  {
		    [u]31.1-31.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [3]VPLMN2 Roaming allowed
		  {
		    [u]31.2-31.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [4]VPLMN3 Roaming allowed
		  {
		    [u]31.3-31.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [5]VPLMN4 Roaming allowed
		  {
		    [u]31.4-31.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [6]VPLMN5 Roaming allowed
		  {
		    [u]31.5-31.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [7]VPLMN6 Roaming allowed
		  {
		    [u]31.6-31.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [8]VPLMN7 Roaming allowed
		  {
		    [u]31.7-31.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [9]VPLMN8 Roaming allowed
		  {
		    [u]30.0-30.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [10]VPLMN9 Roaming allowed
		  {
		    [u]30.1-30.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [11]VPLMN10 Roaming allowed
		  {
		    [u]30.2-30.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [12]VPLMN11 Roaming allowed
		  {
		    [u]30.3-30.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [13]VPLMN12 Roaming allowed
		  {
		    [u]30.4-30.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [14]VPLMN13 Roaming allowed
		  {
		    [u]30.5-30.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [15]VPLMN14 Roaming allowed
		  {
		    [u]30.6-30.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [16]VPLMN15 Roaming allowed
		  {
		    [u]30.7-30.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [17]VPLMN16 Roaming allowed
		  {
		    [u]29.0-29.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [18]VPLMN17 Roaming allowed
		  {
		    [u]29.1-29.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [19]VPLMN18 Roaming allowed
		  {
		    [u]29.2-29.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [20]VPLMN19 Roaming allowed
		  {
		    [u]29.3-29.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [21]VPLMN20 Roaming allowed
		  {
		    [u]29.4-29.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [22]VPLMN21 Roaming allowed
		  {
		    [u]29.5-29.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [23]VPLMN22 Roaming allowed
		  {
		    [u]29.6-29.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [24]VPLMN23 Roaming allowed
		  {
		    [u]29.7-29.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [25]VPLMN24 Roaming allowed
		  {
		    [u]28.0-28.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [26]VPLMN25 Roaming allowed
		  {
		    [u]28.1-28.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [27]VPLMN26 Roaming allowed
		  {
		    [u]28.2-28.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [28]VPLMN27 Roaming allowed
		  {
		    [u]28.3-28.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [29]VPLMN28 Roaming allowed
		  {
		    [u]28.4-28.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [30]VPLMN29 Roaming allowed
		  {
		    [u]28.5-28.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [31]VPLMN30 Roaming allowed
		  {
		    [u]28.6-28.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [32]VPLMN31 Roaming allowed
		  {
		    [u]28.7-28.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [33]VPLMN32 Roaming allowed
		  {
		    [u]27.0-27.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [34]VPLMN33 Roaming allowed
		  {
		    [u]27.1-27.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [35]VPLMN34 Roaming allowed
		  {
		    [u]27.2-27.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [36]VPLMN35 Roaming allowed
		  {
		    [u]27.3-27.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [37]VPLMN36 Roaming allowed
		  {
		    [u]27.4-27.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [38]VPLMN37 Roaming allowed
		  {
		    [u]27.5-27.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [39]VPLMN38 Roaming allowed
		  {
		    [u]27.6-27.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [40]VPLMN39 Roaming allowed
		  {
		    [u]27.7-27.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [41]VPLMN40 Roaming allowed
		  {
		    [u]26.0-26.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [42]VPLMN41 Roaming allowed
		  {
		    [u]26.1-26.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [43]VPLMN42 Roaming allowed
		  {
		    [u]26.2-26.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [44]VPLMN43 Roaming allowed
		  {
		    [u]26.3-26.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [45]VPLMN44 Roaming allowed
		  {
		    [u]26.4-26.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [46]VPLMN45 Roaming allowed
		  {
		    [u]26.5-26.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [47]VPLMN46 Roaming allowed
		  {
		    [u]26.6-26.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [48]VPLMN47 Roaming allowed
		  {
		    [u]26.7-26.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [49]VPLMN48 Roaming allowed
		  {
		    [u]25.0-25.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [50]VPLMN49 Roaming allowed
		  {
		    [u]25.1-25.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [51]VPLMN50 Roaming allowed
		  {
		    [u]25.2-25.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [52]VPLMN51 Roaming allowed
		  {
		    [u]25.3-25.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [53]VPLMN52 Roaming allowed
		  {
		    [u]25.4-25.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [54]VPLMN53 Roaming allowed
		  {
		    [u]25.5-25.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [55]VPLMN54 Roaming allowed
		  {
		    [u]25.6-25.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [56]VPLMN55 Roaming allowed
		  {
		    [u]25.7-25.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [57]VPLMN56 Roaming allowed
		  {
		    [u]24.0-24.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [58]VPLMN57 Roaming allowed
		  {
		    [u]24.1-24.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [59]VPLMN58 Roaming allowed
		  {
		    [u]24.2-24.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [60]VPLMN59 Roaming allowed
		  {
		    [u]24.3-24.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [61]VPLMN60 Roaming allowed
		  {
		    [u]24.4-24.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [62]VPLMN61 Roaming allowed
		  {
		    [u]24.5-24.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [63]VPLMN62 Roaming allowed
		  {
		    [u]24.6-24.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [64]VPLMN63 Roaming allowed
		  {
		    [u]24.7-24.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [65]VPLMN64 Roaming allowed
		  {
		    [u]23.0-23.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [66]VPLMN65 Roaming allowed
		  {
		    [u]23.1-23.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [67]VPLMN66 Roaming allowed
		  {
		    [u]23.2-23.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [68]VPLMN67 Roaming allowed
		  {
		    [u]23.3-23.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [69]VPLMN68 Roaming allowed
		  {
		    [u]23.4-23.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [70]VPLMN69 Roaming allowed
		  {
		    [u]23.5-23.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [71]VPLMN70 Roaming allowed
		  {
		    [u]23.6-23.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [72]VPLMN71 Roaming allowed
		  {
		    [u]23.7-23.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [73]VPLMN72 Roaming allowed
		  {
		    [u]22.0-22.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [74]VPLMN73 Roaming allowed
		  {
		    [u]22.1-22.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [75]VPLMN74 Roaming allowed
		  {
		    [u]22.2-22.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [76]VPLMN75 Roaming allowed
		  {
		    [u]22.3-22.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [77]VPLMN76 Roaming allowed
		  {
		    [u]22.4-22.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [78]VPLMN77 Roaming allowed
		  {
		    [u]22.5-22.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [79]VPLMN78 Roaming allowed
		  {
		    [u]22.6-22.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [80]VPLMN79 Roaming allowed
		  {
		    [u]22.7-22.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [81]VPLMN80 Roaming allowed
		  {
		    [u]21.0-21.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [82]VPLMN81 Roaming allowed
		  {
		    [u]21.1-21.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [83]VPLMN82 Roaming allowed
		  {
		    [u]21.2-21.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [84]VPLMN83 Roaming allowed
		  {
		    [u]21.3-21.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [85]VPLMN84 Roaming allowed
		  {
		    [u]21.4-21.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [86]VPLMN85 Roaming allowed
		  {
		    [u]21.5-21.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [87]VPLMN86 Roaming allowed
		  {
		    [u]21.6-21.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [88]VPLMN87 Roaming allowed
		  {
		    [u]21.7-21.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [89]VPLMN88 Roaming allowed
		  {
		    [u]20.0-20.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [90]VPLMN89 Roaming allowed
		  {
		    [u]20.1-20.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [91]VPLMN90 Roaming allowed
		  {
		    [u]20.2-20.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [92]VPLMN91 Roaming allowed
		  {
		    [u]20.3-20.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [93]VPLMN92 Roaming allowed
		  {
		    [u]20.4-20.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [94]VPLMN93 Roaming allowed
		  {
		    [u]20.5-20.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [95]VPLMN94 Roaming allowed
		  {
		    [u]20.6-20.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [96]VPLMN95 Roaming allowed
		  {
		    [u]20.7-20.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [97]VPLMN96 Roaming allowed
		  {
		    [u]19.0-19.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [98]VPLMN97 Roaming allowed
		  {
		    [u]19.1-19.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [99]VPLMN98 Roaming allowed
		  {
		    [u]19.2-19.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [100]VPLMN99 Roaming allowed
		  {
		    [u]19.3-19.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [101]VPLMN100 Roaming allowed
		  {
		    [u]19.4-19.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [102]VPLMN101 Roaming allowed
		  {
		    [u]19.5-19.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [103]VPLMN102 Roaming allowed
		  {
		    [u]19.6-19.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [104]VPLMN103 Roaming allowed
		  {
		    [u]19.7-19.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [105]VPLMN104 Roaming allowed
		  {
		    [u]18.0-18.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [106]VPLMN105 Roaming allowed
		  {
		    [u]18.1-18.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [107]VPLMN106 Roaming allowed
		  {
		    [u]18.2-18.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [108]VPLMN107 Roaming allowed
		  {
		    [u]18.3-18.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [109]VPLMN108 Roaming allowed
		  {
		    [u]18.4-18.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [110]VPLMN109 Roaming allowed
		  {
		    [u]18.5-18.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [111]VPLMN110 Roaming allowed
		  {
		    [u]18.6-18.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [112]VPLMN111 Roaming allowed
		  {
		    [u]18.7-18.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [113]VPLMN112 Roaming allowed
		  {
		    [u]17.0-17.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [114]VPLMN113 Roaming allowed
		  {
		    [u]17.1-17.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [115]VPLMN114 Roaming allowed
		  {
		    [u]17.2-17.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [116]VPLMN115 Roaming allowed
		  {
		    [u]17.3-17.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [117]VPLMN116 Roaming allowed
		  {
		    [u]17.4-17.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [118]VPLMN117 Roaming allowed
		  {
		    [u]17.5-17.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [119]VPLMN118 Roaming allowed
		  {
		    [u]17.6-17.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [120]VPLMN119 Roaming allowed
		  {
		    [u]17.7-17.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [121]VPLMN120 Roaming allowed
		  {
		    [u]16.0-16.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [122]VPLMN121 Roaming allowed
		  {
		    [u]16.1-16.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [123]VPLMN122 Roaming allowed
		  {
		    [u]16.2-16.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [124]VPLMN123 Roaming allowed
		  {
		    [u]16.3-16.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [125]VPLMN124 Roaming allowed
		  {
		    [u]16.4-16.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [126]VPLMN125 Roaming allowed
		  {
		    [u]16.5-16.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [127]VPLMN126 Roaming allowed
		  {
		    [u]16.6-16.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [128]VPLMN127 Roaming allowed
		  {
		    [u]16.7-16.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [129]VPLMN128 Roaming allowed
		  {
		    [u]15.0-15.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [130]VPLMN129 Roaming allowed
		  {
		    [u]15.1-15.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [131]VPLMN130 Roaming allowed
		  {
		    [u]15.2-15.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [132]VPLMN131 Roaming allowed
		  {
		    [u]15.3-15.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [133]VPLMN132 Roaming allowed
		  {
		    [u]15.4-15.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [134]VPLMN133 Roaming allowed
		  {
		    [u]15.5-15.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [135]VPLMN134 Roaming allowed
		  {
		    [u]15.6-15.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [136]VPLMN135 Roaming allowed
		  {
		    [u]15.7-15.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [137]VPLMN136 Roaming allowed
		  {
		    [u]14.0-14.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [138]VPLMN137 Roaming allowed
		  {
		    [u]14.1-14.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [139]VPLMN138 Roaming allowed
		  {
		    [u]14.2-14.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [140]VPLMN139 Roaming allowed
		  {
		    [u]14.3-14.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [141]VPLMN140 Roaming allowed
		  {
		    [u]14.4-14.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [142]VPLMN141 Roaming allowed
		  {
		    [u]14.5-14.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [143]VPLMN142 Roaming allowed
		  {
		    [u]14.6-14.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [144]VPLMN143 Roaming allowed
		  {
		    [u]14.7-14.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [145]VPLMN144 Roaming allowed
		  {
		    [u]13.0-13.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [146]VPLMN145 Roaming allowed
		  {
		    [u]13.1-13.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [147]VPLMN146 Roaming allowed
		  {
		    [u]13.2-13.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [148]VPLMN147 Roaming allowed
		  {
		    [u]13.3-13.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [149]VPLMN148 Roaming allowed
		  {
		    [u]13.4-13.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [150]VPLMN149 Roaming allowed
		  {
		    [u]13.5-13.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [151]VPLMN150 Roaming allowed
		  {
		    [u]13.6-13.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [152]VPLMN151 Roaming allowed
		  {
		    [u]13.7-13.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [153]VPLMN152 Roaming allowed
		  {
		    [u]12.0-12.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [154]VPLMN153 Roaming allowed
		  {
		    [u]12.1-12.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [155]VPLMN154 Roaming allowed
		  {
		    [u]12.2-12.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [156]VPLMN155 Roaming allowed
		  {
		    [u]12.3-12.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [157]VPLMN156 Roaming allowed
		  {
		    [u]12.4-12.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [158]VPLMN157 Roaming allowed
		  {
		    [u]12.5-12.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [159]VPLMN158 Roaming allowed
		  {
		    [u]12.6-12.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [160]VPLMN159 Roaming allowed
		  {
		    [u]12.7-12.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [161]VPLMN160 Roaming allowed
		  {
		    [u]11.0-11.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [162]VPLMN161 Roaming allowed
		  {
		    [u]11.1-11.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [163]VPLMN162 Roaming allowed
		  {
		    [u]11.2-11.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [164]VPLMN163 Roaming allowed
		  {
		    [u]11.3-11.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [165]VPLMN164 Roaming allowed
		  {
		    [u]11.4-11.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [166]VPLMN165 Roaming allowed
		  {
		    [u]11.5-11.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [167]VPLMN166 Roaming allowed
		  {
		    [u]11.6-11.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [168]VPLMN167 Roaming allowed
		  {
		    [u]11.7-11.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [169]VPLMN168 Roaming allowed
		  {
		    [u]10.0-10.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [170]VPLMN169 Roaming allowed
		  {
		    [u]10.1-10.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [171]VPLMN170 Roaming allowed
		  {
		    [u]10.2-10.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [172]VPLMN171 Roaming allowed
		  {
		    [u]10.3-10.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [173]VPLMN172 Roaming allowed
		  {
		    [u]10.4-10.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [174]VPLMN173 Roaming allowed
		  {
		    [u]10.5-10.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed 
		  }
          [175]VPLMN174 Roaming allowed
		  {
		    [u]10.6-10.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [176]VPLMN175 Roaming allowed
		  {
		    [u]10.7-10.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [177]VPLMN176 Roaming allowed
		  {
		    [u]9.0-9.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [178]VPLMN177 Roaming allowed
		  {
		    [u]9.1-9.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [179]VPLMN178 Roaming allowed
		  {
		    [u]9.2-9.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [180]VPLMN179 Roaming allowed
		  {
		    [u]9.3-9.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [181]VPLMN180 Roaming allowed
		  {
		    [u]9.4-9.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [182]VPLMN181 Roaming allowed
		  {
		    [u]9.5-9.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [183]VPLMN182 Roaming allowed
		  {
		    [u]9.6-9.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [184]VPLMN183 Roaming allowed
		  {
		    [u]9.7-9.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [185]VPLMN184 Roaming allowed]
		  {
		    [u]8.0-8.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [186]VPLMN185 Roaming allowed
		  {
		    [u]8.1-8.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [187]VPLMN186 Roaming allowed
		  {
		    [u]8.2-8.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [188]VPLMN187 Roaming allowed
		  {
		    [u]8.3-8.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [189]VPLMN188 Roaming allowed
		  {
		    [u]8.4-8.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [190]VPLMN189 Roaming allowed
		  {
		    [u]8.5-8.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [191]VPLMN190 Roaming allowed
		  {
		    [u]8.6-8.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [192]VPLMN191 Roaming allowed
		  {
		    [u]8.7-8.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [193]VPLMN192 Roaming allowed
		  {
		    [u]7.0-7.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [194]VPLMN193 Roaming allowed
		  {
		    [u]7.1-7.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [195]VPLMN194 Roaming allowed
		  {
		    [u]7.2-7.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [196]VPLMN195 Roaming allowed
		  {
		    [u]7.3-7.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [197]VPLMN196 Roaming allowed
		  {
		    [u]7.4-7.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [198]VPLMN197 Roaming allowed
		  {
		    [u]7.5-7.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [199]VPLMN198 Roaming allowed
		  {
		    [u]7.6-7.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [200]VPLMN199 Roaming allowed
		  {
		    [u]7.7-7.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [201]VPLMN200 Roaming allowed
		  {
		    [u]6.0-6.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [202]VPLMN201 Roaming allowed
		  {
		    [u]6.1-6.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [203]VPLMN202 Roaming allowed
		  {
		    [u]6.2-6.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [204]VPLMN203 Roaming allowed
		  {
		    [u]6.3-6.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [205]VPLMN204 Roaming allowed
		  {
		    [u]6.4-6.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [206]VPLMN205 Roaming allowed
		  {
		    [u]6.5-6.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [207]VPLMN206 Roaming allowed
		  {
		    [u]6.6-6.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [208]VPLMN207 Roaming allowed
		  {
		    [u]6.7-6.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [209]VPLMN208 Roaming allowed
		  {
		    [u]5.0-5.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [210]VPLMN209 Roaming allowed
		  {
		    [u]5.1-5.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [211]VPLMN210 Roaming allowed
		  {
		    [u]5.2-5.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [212]VPLMN211 Roaming allowed
		  {
		    [u]5.3-5.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [213]VPLMN212 Roaming allowed
		  {
		    [u]5.4-5.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [214]VPLMN213 Roaming allowed
		  {
		    [u]5.5-5.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [215]VPLMN214 Roaming allowed
		  {
		    [u]5.6-5.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [216]VPLMN215 Roaming allowed
		  {
		    [u]5.7-5.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [217]VPLMN216 Roaming allowed
		  {
		    [u]4.0-4.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [218]VPLMN217 Roaming allowed
		  {
		    [u]4.1-4.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [219]VPLMN218 Roaming allowed
		  {
		    [u]4.2-4.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [220]VPLMN219 Roaming allowed
		  {
		    [u]4.3-4.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [221]VPLMN220 Roaming allowed
		  {
		    [u]4.4-4.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [222]VPLMN221 Roaming allowed
		  {
		    [u]4.5-4.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [223]VPLMN222 Roaming allowed
		  {
		    [u]4.6-4.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [224]VPLMN223 Roaming allowed
		  {
		    [u]4.7-4.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [225]VPLMN224 Roaming allowed
		  {
		    [u]3.0-3.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [226]VPLMN225 Roaming allowed
		  {
		    [u]3.1-3.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [227]VPLMN226 Roaming allowed
		  {
		    [u]3.2-3.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [228]VPLMN227 Roaming allowed
		  {
		    [u]3.3-3.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [229]VPLMN228 Roaming allowed
		  {
		    [u]3.4-3.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [230]VPLMN229 Roaming allowed
		  {
		    [u]3.5-3.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [231]VPLMN230 Roaming allowed
		  {
		    [u]3.6-3.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [232]VPLMN231 Roaming allowed
		  {
		    [u]3.7-3.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [233]VPLMN232 Roaming allowed
		  {
		    [u]2.0-2.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [234]VPLMN233 Roaming allowed
		  {
		    [u]2.1-2.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [235]VPLMN234 Roaming allowed
		  {
		    [u]2.2-2.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [236]VPLMN235 Roaming allowed
		  {
		    [u]2.3-2.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [237]VPLMN236 Roaming allowed
		  {
		    [u]2.4-2.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [238]VPLMN237 Roaming allowed
		  {
		    [u]2.5-2.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [239]VPLMN238 Roaming allowed
		  {
		    [u]2.6-2.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [240]VPLMN239 Roaming allowed
		  {
		    [u]2.7-2.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [241]VPLMN240 Roaming allowed
		  {
		    [u]1.0-1.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [242]VPLMN241 Roaming allowed
		  {
		    [u]1.1-1.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [243]VPLMN242 Roaming allowed
		  {
		    [u]1.2-1.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [244]VPLMN243 Roaming allowed
		  {
		    [u]1.3-1.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [245]VPLMN244 Roaming allowed
		  {
		    [u]1.4-1.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [246]VPLMN245 Roaming allowed
		  {
		    [u]1.5-1.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [247]VPLMN246 Roaming allowed
		  {
		    [u]1.6-1.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [248]VPLMN247 Roaming allowed
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [249]VPLMN248 Roaming allowed
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [250]VPLMN249 Roaming allowed
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [251]VPLMN250 Roaming allowed
		  {
		    [u]0.2-0.2
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [252]VPLMN251 Roaming allowed
		  {
		    [u]0.3-0.3
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [253]VPLMN252 Roaming allowed
		  {
		    [u]0.4-0.4
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [254]VPLMN253 Roaming allowed
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [255]VPLMN254 Roaming allowed
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }
          [256]VPLMN255 Roaming allowed
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not allowed
		    [v]1[opt]Allowed
		  }


Create node: Regional_Subs_List(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.14)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)
-> ->     CSRR_List(2)
-> ->     Regional_Subs_List(3)


Register leaf node: Regional_Subs_List.
Instance: 255
Length  : 7
Flag    : 255
Default : <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>
Remark  : Define the regional subscription zone code list. HLR supports up to 256 regional subscription zone code. 
Regional subscription code = CC+NDC+zone code	

Field   : total(3)
Access  : read-write[1]Country Code
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }
[2]National Destination Code
		  {
		    [u]2.0-4.7
		    [u]input
		    [v]KeepHex Low E
		  }
[3]Zone Code
		  {
		    [u]5.0-6.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Licenses_Control(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.15)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)
-> ->     CSRR_List(2)
-> ->     Regional_Subs_List(3)
-> ->     Licenses_Control(4)


Register leaf node: Licenses_Control.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : 8-byte encrypted license provided by interWAVE used to provision an approved quantiy of HLR subscribers for service provider:
The new license can not support less HLR subscribers than what the old license supports.	

Field   : total(1)
Access  : write-only[1]Licenses
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: CDR_Control(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.16)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)
-> ->     CSRR_List(2)
-> ->     Regional_Subs_List(3)
-> ->     Licenses_Control(4)
-> ->     CDR_Control(5)


Register leaf node: CDR_Control.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : HLR CDR generation flag:
Off=Not generate HLR CDR. 
On=Generate HLR CDR.	

Field   : total(1)
Access  : read-write          [1]CDR control
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Off
		    [v]1[opt]On
		  }


Create node: Feature_Code(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.1.27)
->  father_name = [Public_Param]
-> ->     HPLMN(0)
-> ->     VPLMNs(1)
-> ->     CSRR_List(2)
-> ->     Regional_Subs_List(3)
-> ->     Licenses_Control(4)
-> ->     CDR_Control(5)
-> ->     Feature_Code(6)


Register leaf node: Feature_Code.
Instance: 1
Length  : 64
Flag    : 255
Default : <20><>h<EFBFBD>r<EFBFBD><72><EFBFBD>p<EFBFBD>
Remark  : None.

Field   : total(6)
Access  : read-write[1]CFB
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low E
		  }
[2]CFD
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]KeepHex Low E
		  }
[3]CFNA
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]KeepHex Low E
		  }
[4]CFU
		  {
		    [u]6.0-7.7
		    [u]input
		    [v]KeepHex Low E
		  }
[5]Call waiting
		  {
		    [u]8.0-9.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Management(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2)
->  father_name = [Config]
-> ->     Public_Param(0)
-> ->     Management(1)


Remark: 
              Management .


Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.2)
->  father_name = [Management]
-> ->     Command(0)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Bit0-2: HLR paramter save control:
Idle=no operation.
Save=Save parameters from HLR memory to HLR hard disk.
Bit3-5: HLR subscriber data save control:
Idle=no operation.
Save=Save HLR subscriber data from HLR memory to both HLR hard disk and OMC database.
Bit6-7: Reserved.	

Field   : total(3)
Access  : read-write          [1]Save parameter to HD
		  {
		    [u]0.0-0.2
		    [u]select
		    [v]0[opt]Idle
		    [v]1[opt]Save
		  }
          [2]Save subscriber data to HD&OMC 
		  {
		    [u]0.3-0.5
		    [u]select
		    [v]0[opt]Idle
		    [v]1[opt]Save
		  }


Create node: Subscriber_Import(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.3)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)


Register leaf node: Subscriber_Import.
Instance: 1
Length  : 7
Flag    : 255
Default : 
Remark  : Progress and result of HLR subscriber import.
Byte0: Progress of HLR subscriber import.
Byte1-3: Total quantity of HLR subscribers requesting import.
Byte4-7: Quantity of successfully imported HLR subscribers.	

Field   : total(3)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]No operation
		    [v]1[opt]Send command
		    [v]2[opt]Begin loading
		    [v]3[opt]Loading OK
		    [v]4[opt]Loading Failed
		  }
[2]Total subscriber requested
		  {
		    [u]1.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Total imported subscribers
		  {
		    [u]4.0-6.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Max_Licenses(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.11)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)


Register leaf node: Max_Licenses.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The maximum quantity of approved HLR subscribers determined by License control (Read Only).

Field   : total(1)
Access  : read-only[1]Max Licenses
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Used_Licenses(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.12)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)


Register leaf node: Used_Licenses.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of currently registered HLR subscribers (Read Only).

Field   : total(1)
Access  : read-only[1]Used Licenses
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Subscriber_Info(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.13)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)
-> ->     Subscriber_Info(4)


Remark: 
	              Subscriber information .


Create node: Provisioned_Subs(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.13.1)
->  father_name = [Subscriber_Info]
-> ->     Provisioned_Subs(0)


Register leaf node: Provisioned_Subs.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of service provisioned and active HLR subscribers (Read Only).

Field   : total(1)
Access  : read-only[1]Provisioned Subs
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Registered_Subs(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.13.2)
->  father_name = [Subscriber_Info]
-> ->     Provisioned_Subs(0)
-> ->     Registered_Subs(1)


Register leaf node: Registered_Subs.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of registered (both active and inactive) HLR subscribers (Read Only).

Field   : total(1)
Access  : read-only[1]Registered Subs
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Roaming_Subs(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.13.3)
->  father_name = [Subscriber_Info]
-> ->     Provisioned_Subs(0)
-> ->     Registered_Subs(1)
-> ->     Roaming_Subs(2)


Register leaf node: Roaming_Subs.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of provisioned HLR subscribers currently roaming to VPLMNs (Read Only).	

Field   : total(1)
Access  : read-only[1]Roaming Subs
		  {
		    [u]0.0-0.0
		    [u]input
		    [v]toDec high 0
		  }


Create node: Version(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.14)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)
-> ->     Subscriber_Info(4)
-> ->     Version(5)


Remark: 
         Version .


Create node: Software(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.14.1)
->  father_name = [Version]
-> ->     Software(0)


Register leaf node: Software.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of HLR software (Read Only):
Byte0: System release version number:
- Based on basic function and structure.
Byte1: Software module version number:
- Based on software module.
Byte2: Test version:
- 0=Release version number.
- 1=Test version number.	

Field   : total(3)
Access  : read-only[1]Release
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Version
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Slice
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: User_Data(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.14.2)
->  father_name = [Version]
-> ->     Software(0)
-> ->     User_Data(1)


Register leaf node: User_Data.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of AUC subscriber data (Read Only):
System release version: Based on basic function and structure.					  
Subscriber data version: Based on software module.
Test version: 0=Release version 1=Test version		

Field   : total(3)
Access  : read-only[1]Release
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Version
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Slice
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: IMSI_Segment(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.15)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)
-> ->     Subscriber_Info(4)
-> ->     Version(5)
-> ->     IMSI_Segment(6)


Register leaf node: IMSI_Segment.
Instance: 1000
Length  : 4
Flag    : 255
Default : 
Remark  : MSISDN segment table (Read Only):
Use SN of MSISDN (MSISDN=CC+NDC+SN) excluding the last three digits to divide the MSISDN into 200 segments.	

Field   : total(1)
Access  : read-only[1]IMSI segment
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MSISDN_Segment(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.16)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)
-> ->     Subscriber_Info(4)
-> ->     Version(5)
-> ->     IMSI_Segment(6)
-> ->     MSISDN_Segment(7)


Register leaf node: MSISDN_Segment.
Instance: 1000
Length  : 4
Flag    : 255
Default : 
Remark  : MSISDN segment table (Read Only):
Use SN of MSISDN (MSISDN=CC+NDC+SN) excluding the last three digits to divide the MSISDN into 200 segments.

Field   : total(1)
Access  : read-only[1]MSISDN segment
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: CNF_Applicant_Info(OID: 1.3.6.1.4.1.1373.1.3.3.3.2.2.27)
->  father_name = [Management]
-> ->     Command(0)
-> ->     Subscriber_Import(1)
-> ->     Max_Licenses(2)
-> ->     Used_Licenses(3)
-> ->     Subscriber_Info(4)
-> ->     Version(5)
-> ->     IMSI_Segment(6)
-> ->     MSISDN_Segment(7)
-> ->     CNF_Applicant_Info(8)


Register leaf node: CNF_Applicant_Info.
Instance: 1
Length  : 9
Flag    : 255
Default : 
Remark  : Display the IMSI and charge type of the latest conference applicant (Read Only).

Field   : total(2)
Access  : read-only          [1]Charge Type
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Invalid user
		    [v]1[opt]Post-pay user
		    [v]2[opt]Prepaid user
		  }
[2]IMSI
		  {
		    [u]1.0-8.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: AUC(OID: 1.3.6.1.4.1.1373.1.3.3.4)
->  father_name = [App]
-> ->     MSC(0)
-> ->     HLR(1)
-> ->     AUC(2)


Remark: Subsystems  for AUC .


Create node: Configuration(OID: 1.3.6.1.4.1.1373.1.3.3.4.2)
->  father_name = [AUC]
-> ->     Configuration(0)


Remark: 
            Configuration for AUC .


Create node: Public_parameter(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.1)
->  father_name = [Configuration]
-> ->     Public_parameter(0)


Remark: 
            Public_parameter  for AUC .


Create node: SSD(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.1.2)
->  father_name = [Public_parameter]
-> ->     SSD(0)


Register leaf node: SSD.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : SSD

Field   : total(3)
Access  : read-write          [1]share SSD
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]not share
		    [v]1[opt]share
		  }
[2]Update SSD timer
		  {
		    [u]1.0-2.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Count(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.1.3)
->  father_name = [Public_parameter]
-> ->     SSD(0)
-> ->     Count(1)


Register leaf node: Count.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : Count.

Field   : total(2)
Access  : read-write[1]Count Match Range
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Failures(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.1.4)
->  father_name = [Public_parameter]
-> ->     SSD(0)
-> ->     Count(1)
-> ->     Failures(2)


Register leaf node: Failures.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : Count.

Field   : total(7)
Access  : read-write          [1]AUTHR Mismatch
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		    [v]2[opt]Unique Challenge
		  }
          [2]Count Mismatch
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		  }
          [3]Unique Challenge Failure
		  {
		    [u]2.0-2.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		  }
          [4]SSD Update Failure
		  {
		    [u]3.0-3.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		  }
          [5]Count Update Failure
		  {
		    [u]4.0-4.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		  }
          [6]Missing AUTH Parameters
		  {
		    [u]5.0-5.7
		    [u]select
		    [v]0[opt]Allow Access
		    [v]1[opt]Deny Access
		    [v]2[opt]Unique Challenge
		  }


Create node: Management(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2)
->  father_name = [Configuration]
-> ->     Public_parameter(0)
-> ->     Management(1)


Remark: 
              Management .


Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.2)
->  father_name = [Management]
-> ->     Command(0)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Command for AUC paramters and user data operation, and the result of command. 

Field   : total(3)
Access  : read-write          [1]Save parameters to HD 
		  {
		    [u]0.0-0.2
		    [u]select
		    [v]0[opt]Idle
		    [v]1[opt]Save
		    [v]1[opt]Saving
		    [v]2[opt]Save succeeds 
		    [v]3[opt]Save fails
		  }
          [2]Save user data to HD&OMC
		  {
		    [u]0.3-0.5
		    [u]select
		    [v]0[opt]Idle
		    [v]1[opt]Save
		    [v]1[opt]Saving
		    [v]2[opt]Save succeeds
		    [v]3[opt]Save fails
		  }


Create node: License_Control(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.3)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)


Register leaf node: License_Control.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : 8-byte encrypted license provided by interWAVE used to provision an approved quantiy of AUC subscribers for service provider. The new license can not support less AUC subscribers than what the old license supports. 

Field   : total(1)
Access  : write-only[1]Licenses 
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: MAX_License(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.11)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)
-> ->     MAX_License(2)


Register leaf node: MAX_License.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The maximum quantity of approved AUC subscribers determined by License control Read only.

Field   : total(1)
Access  : write-only[1]Max Licenses
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Used_License(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.12)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)
-> ->     MAX_License(2)
-> ->     Used_License(3)


Register leaf node: Used_License.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of currently registered EIR subscribers (Read only).

Field   : total(1)
Access  : read-only[1]Used Licenses
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: User_information(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.13)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)
-> ->     MAX_License(2)
-> ->     Used_License(3)
-> ->     User_information(4)


Remark: 
              User Information .


Create node: Provisioned_Users(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.13.1)
->  father_name = [User_information]
-> ->     Provisioned_Users(0)


Register leaf node: Provisioned_Users.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : The quantity of service enabled AUC subscribers (Read only). 

Field   : total(1)
Access  : read-only[1]Provisioned users
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Version(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.14)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)
-> ->     MAX_License(2)
-> ->     Used_License(3)
-> ->     User_information(4)
-> ->     Version(5)


Remark: 
              Version .


Create node: Software(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.14.1)
->  father_name = [Version]
-> ->     Software(0)


Register leaf node: Software.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of AUC software (Read only).
System: System release version, based on basic function and structure.
Module: Software module version, based on software module.
Test: Test version, 0=Release version. 1=Test version.

Field   : total(3)
Access  : read-only[1]System
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Module
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Test
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: User_data(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.14.2)
->  father_name = [Version]
-> ->     Software(0)
-> ->     User_data(1)


Register leaf node: User_data.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Version of AUC subscriber data (Read only).
System: System release version, based on basic function and structure.
User data: Subscriber profile version, based on software module.
Test: Test version, 0=Release version. 1=Test version.	

Field   : total(3)
Access  : read-only[1]System
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]User data
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Test
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: IMSI_Segment(OID: 1.3.6.1.4.1.1373.1.3.3.4.2.2.15)
->  father_name = [Management]
-> ->     Command(0)
-> ->     License_Control(1)
-> ->     MAX_License(2)
-> ->     Used_License(3)
-> ->     User_information(4)
-> ->     Version(5)
-> ->     IMSI_Segment(6)


Register leaf node: IMSI_Segment.
Instance: 1000
Length  : 4
Flag    : 255
Default : 
Remark  : IMSI segment table (Read only):
100,000 IMSIs are subdivided into 1000 segments, each IMSI segment use the 8 most significant digits (from the 6th digit to 13th digit of 15-digit of IMSI) as the segment number.
IMSI=MCC(3)+MNC(2)+MSIN(10)
Segment number=the 8 most significant digits of the MSIN, each segment has 100 subscribers (00-99).
e.g. If IMSI=460002356090098 then it belongs to IMSI segemt 23560900 and its account number in that segment=98. 0=empty segment.

Field   : total(1)
Access  : read-only[1]IMSI segment
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Status(OID: 1.3.6.1.4.1.1373.1.3.3.4.3)
->  father_name = [AUC]
-> ->     Configuration(0)
-> ->     Status(1)


Remark: 
            Status for AUC .


Create node: Import_status(OID: 1.3.6.1.4.1.1373.1.3.3.4.3.2)
->  father_name = [Status]
-> ->     Import_status(0)


Register leaf node: Import_status.
Instance: 1
Length  : 12
Flag    : 255
Default : 
Remark  : Import status. 

Field   : total(0)
Access  : read-write

Create node: SMSC(OID: 1.3.6.1.4.1.1373.1.3.3.5)
->  father_name = [App]
-> ->     MSC(0)
-> ->     HLR(1)
-> ->     AUC(2)
-> ->     SMSC(3)


Remark: Subsystems  for SMSC .


Create node: Configuration(OID: 1.3.6.1.4.1.1373.1.3.3.5.2)
->  father_name = [SMSC]
-> ->     Configuration(0)


Remark:  Configuration for SMSC .


Create node: System_Param(OID: 1.3.6.1.4.1.1373.1.3.3.5.2.1)
->  father_name = [Configuration]
-> ->     System_Param(0)


Remark:  system parameter .


Create node: CDR_Flag(OID: 1.3.6.1.4.1.1373.1.3.3.5.2.1.1)
->  father_name = [System_Param]
-> ->     CDR_Flag(0)


Register leaf node: CDR_Flag.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : SMSC CDR generation enable or disable.

Field   : total(3)
Access  : read-write          [1]SMSC CDR
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not generate
		    [v]1[opt]Generate
		  }
          [2]SMSC LOG
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Not generate
		    [v]1[opt]Generate
		  }


Create node: SM_Validity(OID: 1.3.6.1.4.1.1373.1.3.3.5.2.1.2)
->  father_name = [System_Param]
-> ->     CDR_Flag(0)
-> ->     SM_Validity(1)


Register leaf node: SM_Validity.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : Period of validity of short message, define a threshold how long an awaiting sending message should be kept in sending array till sent to MS, unit is second, default=0c0a8h seconds=12 hours. 

Field   : total(1)
Access  : read-write[1]SM validity
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MSISDN_Segment(OID: 1.3.6.1.4.1.1373.1.3.3.5.2.1.3)
->  father_name = [System_Param]
-> ->     CDR_Flag(0)
-> ->     SM_Validity(1)
-> ->     MSISDN_Segment(2)


Register leaf node: MSISDN_Segment.
Instance: 16
Length  : 19
Flag    : 255
Default : <20>uUq'
Remark  : Specify the beginning MSISDN for the range of provisioned subscriber. F=end tag.

Field   : total(3)
Access  : read-write[1]Start MSISDN
		  {
		    [u]0.0-8.7
		    [u]input
		    [v]KeepHex Low E
		  }
[2]End MSISDN
		  {
		    [u]9.0-17.7
		    [u]input
		    [v]KeepHex Low E
		  }
          [3]Number Type
		  {
		    [u]18.0-18.7
		    [u]select
		    [v]0[opt]GSM
		    [v]1[opt]CDMA
		  }


Create node: SMPP_parameters(OID: 1.3.6.1.4.1.1373.1.3.3.5.2.2)
->  father_name = [Configuration]
-> ->     System_Param(0)
-> ->     SMPP_parameters(1)


Register leaf node: SMPP_parameters.
Instance: 32
Length  : 12
Flag    : 255
Default : 
Remark  : Name: Can be any name, generally use the name of the connected device. 
Service number: SMPP connected party MSISDN used for display on MT MS, 
e.g. for a SMPP to PPS, set the service number as MSISDN of PPS.
Data coding scheme:
00:smsc to smpp=7bit,when dcs = 0,smsc to smpp default = 7bit
01:smsc to smpp=8bit,when dcs = 0,smsc to smpp default = 7bit
10:smsc to smpp=7bit,when dcs = 0,smsc to smpp default = 8bit
11:smsc to smpp=8bit,when dcs = 0,smsc to smpp default = 8bit
Default=0.

Field   : total(5)
Access  : read-write          [1]Enable flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable
		  }
          [2]Session type
		  {
		    [u]1.0-1.7
		    [u]select
		    [v]0[opt]BIND_TX
		    [v]1[opt]BIND_RX
		    [v]2[opt]BIND_TRX
		  }
[3]Service number
		  {
		    [u]2.0-9.7
		    [u]input
		    [v]ToAscii Low 0
		  }
          [4]Message mode
		  {
		    [u]10.0-10.7
		    [u]select
		    [v]0[opt]Store and forward
		    [v]1[opt]Datagram
		    [v]2[opt]Transaction
		  }
          [5]Data Coding Scheme
		  {
		    [u]11.0-11.7
		    [u]select
		    [v]0[opt]To smpp=7bit,default=7bit
		    [v]1[opt]To smpp=8bit,default=7bit
		    [v]16[opt]To smpp=7bit,default=8bit
		    [v]17[opt]To smpp=8bit,default=8bit
		  }


Create node: Management(OID: 1.3.6.1.4.1.1373.1.3.3.5.3)
->  father_name = [SMSC]
-> ->     Configuration(0)
-> ->     Management(1)


Remark:  
            Management for SMSC .


Create node: SMSC_ID(OID: 1.3.6.1.4.1.1373.1.3.3.5.3.1)
->  father_name = [Management]
-> ->     SMSC_ID(0)


Register leaf node: SMSC_ID.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : SMSC ID

Field   : total(1)
Access  : read-write[1]SMSC ID
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Software_Version(OID: 1.3.6.1.4.1.1373.1.3.3.5.3.2)
->  father_name = [Management]
-> ->     SMSC_ID(0)
-> ->     Software_Version(1)


Register leaf node: Software_Version.
Instance: 1
Length  : 7
Flag    : 255
Default : 
Remark  : Software version

Field   : total(1)
Access  : write-only[1]Version
		  {
		    [u]0.0-2.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.5.3.3)
->  father_name = [Management]
-> ->     SMSC_ID(0)
-> ->     Software_Version(1)
-> ->     Command(2)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : SMSC system command. 
Save parameters: Save the SMSC parameters in memory to SMSC harddisk.
Delete pending SM: Delete the pending SM in awaiting array.

Field   : total(1)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Save parameters
		    [v]4[opt]Reset system
		    [v]5[opt]Delete pending SM
		  }


Create node: PPS(OID: 1.3.6.1.4.1.1373.1.3.3.6)
->  father_name = [App]
-> ->     MSC(0)
-> ->     HLR(1)
-> ->     AUC(2)
-> ->     SMSC(3)
-> ->     PPS(4)


Remark: Subsystems  for PPS .


Create node: Public_Param(OID: 1.3.6.1.4.1.1373.1.3.3.6.2)
->  father_name = [PPS]
-> ->     Public_Param(0)


Remark:  public parameters for MSS .


Create node: Configuration(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1)
->  father_name = [Public_Param]
-> ->     Configuration(0)


Remark:  Configuration for PPS .


Create node: Service_Control(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1)
->  father_name = [Configuration]
-> ->     Service_Control(0)


Remark:  Service Control .


Create node: CDR_Flag(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.1)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)


Register leaf node: CDR_Flag.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : PPS CDR generation enable or disable. Default=PPS generate CDR.

Field   : total(1)
Access  : read-write          [1]CDR flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Blacklist_Threshold(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.2)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)


Register leaf node: Blacklist_Threshold.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Legal recharge failure, subsciber who breaks the threshold will be marked in black list and suspended from service provisioning. Default=5.

Field   : total(1)
Access  : read-write[1]Blacklist threshold
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Balance(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.3)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)


Register leaf node: Maximum_Balance.
Instance: 1
Length  : 4
Flag    : 255
Default : 
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This value is for overflow prevention. Normally operator doesn't need to change this value. e.g. 5000, and the smallest unit is cent then the maximum allowed balance is 5000 cents.

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: License_Control(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.4)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)


Register leaf node: License_Control.
Instance: 1
Length  : 8
Flag    : 255
Default : 
Remark  : 8-byte encrypted license provided by interWAVE used to provision an approved quantiy of PPS subscribers for service provider. The new license can not support less PPS subscribers than what the old license supports.

Field   : total(1)
Access  : read-write[1]License
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]KeepHex Low E
		  }


Create node: Prompt_Resolution(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.5)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)


Register leaf node: Prompt_Resolution.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Currency style: Set the number of decimals in account balance SM display format. If account balance=55555 in smallest currency unit:
1=account balance display in SM is 55555.
10=account balance display in SM is 5555.5. 
100=account balance display in SM is 555.55.
Default=100.			
Date style: Set the date format displayed in SM or announcement. Default=YYYY-MM-DD.			
Currency symbol position: Set the position of the currency symbol. 
There are two types: at the front of the amount (e.g. $5) or at the rear of the amount (e.g. 5Fr). Default=at the front.

Field   : total(4)
Access  : read-write          [1]Currency resolution
		  {
		    [u]0.0-0.1
		    [u]select
		    [v]0[opt]1 
		    [v]1[opt]10 
		    [v]2[opt]100 
		  }
          [2]Date format
		  {
		    [u]0.2-0.3
		    [u]select
		    [v]0[opt]YYYY-MM-DD 
		    [v]1[opt]DD-MM-YYYY 
		    [v]2[opt]MM-DD-YYYY 
		  }
          [3]Currency symbol position
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Front 
		    [v]1[opt]Rear 
		  }


Create node: SMS_Sentence(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.6)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)
-> ->     SMS_Sentence(5)


Register leaf node: SMS_Sentence.
Instance: 5
Length  : 112
Flag    : 255
Default : 
Remark  : The # of sentence(0-4) refers to differenct language type; 

Field   : total(4)
Access  : read-write          [1]SM encode type
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]7 bit 
		    [v]4[opt]octet 
		    [v]8[opt]unicode 
		  }
[2]Account balance
		  {
		    [u]1.0-31.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[3]expired in
		  {
		    [u]32.0-63.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[4]recharge in time
		  {
		    [u]64.0-111.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Last_Call_Info(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.7)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)
-> ->     SMS_Sentence(5)
-> ->     Last_Call_Info(6)


Register leaf node: Last_Call_Info.
Instance: 5
Length  : 88
Flag    : 255
Default : Last call sent on:
Remark  : The # of sentence(0-4) refers to differenct language type.

Field   : total(5)
Access  : read-write[1]Last call sent on
		  {
		    [u]0.0-31.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[2]Last call received on
		  {
		    [u]32.0-63.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[3]At
		  {
		    [u]64.0-71.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[4]To
		  {
		    [u]72.0-79.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[5]From
		  {
		    [u]80.0-87.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Currency_Symbol(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.8)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)
-> ->     SMS_Sentence(5)
-> ->     Last_Call_Info(6)
-> ->     Currency_Symbol(7)


Register leaf node: Currency_Symbol.
Instance: 1
Length  : 8
Flag    : 255
Default : $
Remark  : Set the symbol of the local currency in SMS amount display. e.g. $, RMB, EUR, US$, FR$. default=$. In the set window, type the currency symbol. The input symbol will be converted to ASCII code.
Do not input any symbol that not listed on the ASCII code table. ASCII table: 'A'=0x41, 'B'=0x42 ... 'I'=0x49, 'J'=0x4a, 'K'=0x4b ... 'Z'=0x5A, '$'=0x24
e.g. RMB=0x52 0x4d 0x42, US$=0x55 0x53 0x24

Field   : total(1)
Access  : read-write[1]Currency symbol
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Third_Party_Info(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.9)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)
-> ->     SMS_Sentence(5)
-> ->     Last_Call_Info(6)
-> ->     Currency_Symbol(7)
-> ->     Third_Party_Info(8)


Register leaf node: Third_Party_Info.
Instance: 8
Length  : 16
Flag    : 255
Default : 
Remark  : This parameter is a verification for third party ESME when the third party ESME sends a billing request to PPS server. For example, if a subscriber sends a short message via a ESME (e.g. website), the ESME will send a billing request to PPS to debit this subscriber. This billing request must contains a service ID and password to pass the verification. After verification, the subscriber will be debited by the PPS. PPS supports 8 ESME connections.

Field   : total(2)
Access  : read-write[1]Service ID
		  {
		    [u]0.0-7.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[2]Service password
		  {
		    [u]8.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Basic_Tariff_Zone(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.1.10)
->  father_name = [Service_Control]
-> ->     CDR_Flag(0)
-> ->     Blacklist_Threshold(1)
-> ->     Maximum_Balance(2)
-> ->     License_Control(3)
-> ->     Prompt_Resolution(4)
-> ->     SMS_Sentence(5)
-> ->     Last_Call_Info(6)
-> ->     Currency_Symbol(7)
-> ->     Third_Party_Info(8)
-> ->     Basic_Tariff_Zone(9)


Register leaf node: Basic_Tariff_Zone.
Instance: 64
Length  : 9
Flag    : 255
Default : 
Remark  : The basic tariff is applied for each calling or called number prefix. The WXC2 System supports 16 MO and MT tariffs (0-15) and 256 billing zones. This parameter defines basic tariff for each billing zone. Each parameter is a combination of MCC, MNC, cell ID, LAC and MO/MT tariff ID. The billing zone may be set as a cell, a LAC or a zone. Normally a single billing zone deploys only one basic tariff. 
Each PPS subscriber profile also contains its tariff setup specifying which tariff should be applied for this subscriber. Using either basic tariff zone (location dependent) or tariff in subscriber profile (subscriber dependent) is determined by a parameter -Tariff subscription-.
LAC: If LAC=65536, all LACs in the MCC and MNC use the same basic tariff.
Cell ID: If cell ID=65536, all cells in the LAC use the same basic tariff.

Field   : total(6)
Access  : read-write[1]MCC
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex Low F
		  }
[2]MNC
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex Low F
		  }
[3]LAC
		  {
		    [u]3.0-4.7
		    [u]input
		    [v]toDec high 0
		  }
[4]Cell ID
		  {
		    [u]5.0-6.7
		    [u]input
		    [v]toDec high 0
		  }
          [5]MO tariff ID
		  {
		    [u]7.0-7.7
		    [u]select
		    [v]0[opt]0 
		    [v]1[opt]1 
		    [v]2[opt]2 
		    [v]3[opt]3 
		    [v]4[opt]4 
		    [v]5[opt]5 
		    [v]6[opt]6 
		    [v]7[opt]7 
		    [v]8[opt]8 
		    [v]9[opt]9 
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15 
		  }
          [6]MT tariff ID
		  {
		    [u]8.0-8.7
		    [u]select
		    [v]0[opt]0 
		    [v]1[opt]1 
		    [v]2[opt]2 
		    [v]3[opt]3 
		    [v]4[opt]4 
		    [v]5[opt]5 
		    [v]6[opt]6 
		    [v]7[opt]7 
		    [v]8[opt]8 
		    [v]9[opt]9 
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15 
		  }


Create node: SRF_Param(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2)
->  father_name = [Configuration]
-> ->     Service_Control(0)
-> ->     SRF_Param(1)


Remark:  SRF parameters .


Create node: SRF_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.1)
->  father_name = [SRF_Param]
-> ->     SRF_Number(0)


Remark:  SRF Number.


Create node: SRF_0_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.1.1)
->  father_name = [SRF_Number]
-> ->     SRF_0_Number(0)


Register leaf node: SRF_0_Number.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : E.164 number of SRF 0 (Special Resource Function) entity.

Field   : total(1)
Access  : read-write[1]SRF 0 number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: SRF_1_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.1.2)
->  father_name = [SRF_Number]
-> ->     SRF_0_Number(0)
-> ->     SRF_1_Number(1)


Register leaf node: SRF_1_Number.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : E.164 number of SRF 1 (Special Resource Function) entity.

Field   : total(1)
Access  : read-write[1]SRF 1 number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Service_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2)
->  father_name = [SRF_Param]
-> ->     SRF_Number(0)
-> ->     Service_Number(1)


Remark:  Service number .


Create node: Hotline(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.1)
->  father_name = [Service_Number]
-> ->     Hotline(0)


Register leaf node: Hotline.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : PPS service center number. Subscriber dials this number to recharge, enquire their account and modify favorite numbers.

Field   : total(1)
Access  : read-write[1]Hotline
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Inquiry(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.2)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)


Register leaf node: Inquiry.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated PPS number for account (balance and validity) inquiry.

Field   : total(1)
Access  : read-write[1]Inquiry number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Scratch_Card_Recharge(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.3)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)
-> ->     Scratch_Card_Recharge(2)


Register leaf node: Scratch_Card_Recharge.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated shortcut number for recharge via scratch card.

Field   : total(1)
Access  : read-write[1]Recharge via scratch card
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Credit_Card_Recharge(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.4)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)
-> ->     Scratch_Card_Recharge(2)
-> ->     Credit_Card_Recharge(3)


Register leaf node: Credit_Card_Recharge.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated shortcut number for recharge via credit card.

Field   : total(1)
Access  : read-write[1]Recharge via credit card
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Third_Party_Recharge(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.5)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)
-> ->     Scratch_Card_Recharge(2)
-> ->     Credit_Card_Recharge(3)
-> ->     Third_Party_Recharge(4)


Register leaf node: Third_Party_Recharge.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated shortcut number for recharging other account from MS or PSTN.

Field   : total(1)
Access  : read-write[1]Recharge other account
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Customer_Care_Center(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.6)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)
-> ->     Scratch_Card_Recharge(2)
-> ->     Credit_Card_Recharge(3)
-> ->     Third_Party_Recharge(4)
-> ->     Customer_Care_Center(5)


Register leaf node: Customer_Care_Center.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated shortcut number to connect customer care center.

Field   : total(1)
Access  : read-write[1]Customer care center number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Rechareg_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.2.7)
->  father_name = [Service_Number]
-> ->     Hotline(0)
-> ->     Inquiry(1)
-> ->     Scratch_Card_Recharge(2)
-> ->     Credit_Card_Recharge(3)
-> ->     Third_Party_Recharge(4)
-> ->     Customer_Care_Center(5)
-> ->     Rechareg_Number(6)


Register leaf node: Rechareg_Number.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Dedicated shortcut number for recharge via scratch card or credit card.

Field   : total(1)
Access  : read-write[1]Recharge number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Service_Key(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3)
->  father_name = [SRF_Param]
-> ->     SRF_Number(0)
-> ->     Service_Number(1)
-> ->     Service_Key(2)


Remark:  Service key .


Create node: Inquiry(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.2)
->  father_name = [Service_Key]
-> ->     Inquiry(0)


Register leaf node: Inquiry.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Define the function key to enquire account balance after entering the PPS service center. 

Field   : total(1)
Access  : read-write[1]Key for inquiry
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Scratch_Card_Recharge(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.3)
->  father_name = [Service_Key]
-> ->     Inquiry(0)
-> ->     Scratch_Card_Recharge(1)


Register leaf node: Scratch_Card_Recharge.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Define the key to recharge account via scratch card after entering the PPS service center.

Field   : total(1)
Access  : read-write[1]Key for recharging via scratch card
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Credit_Card_Recharge(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.4)
->  father_name = [Service_Key]
-> ->     Inquiry(0)
-> ->     Scratch_Card_Recharge(1)
-> ->     Credit_Card_Recharge(2)


Register leaf node: Credit_Card_Recharge.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Define the key for recharging account via credit card after entering the PPS service center.

Field   : total(1)
Access  : read-write[1]Key for recharging via credit card
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Set_Favorite_Number(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.5)
->  father_name = [Service_Key]
-> ->     Inquiry(0)
-> ->     Scratch_Card_Recharge(1)
-> ->     Credit_Card_Recharge(2)
-> ->     Set_Favorite_Number(3)


Register leaf node: Set_Favorite_Number.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Define the key to set favorite number after entering the PPS service center.	

Field   : total(1)
Access  : read-write[1]Key to set favorite number
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Language_Selection(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.6)
->  father_name = [Service_Key]
-> ->     Inquiry(0)
-> ->     Scratch_Card_Recharge(1)
-> ->     Credit_Card_Recharge(2)
-> ->     Set_Favorite_Number(3)
-> ->     Language_Selection(4)


Register leaf node: Language_Selection.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Define the key to select system language (from 5 available candidates) after entering the PPS service center. All announcements in the PPS service center is played in the system language.

Field   : total(1)
Access  : read-write[1]Key for language selection
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: SetPasswd(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.2.3.7)
->  father_name = [Service_Key]
-> ->     Inquiry(0)
-> ->     Scratch_Card_Recharge(1)
-> ->     Credit_Card_Recharge(2)
-> ->     Set_Favorite_Number(3)
-> ->     Language_Selection(4)
-> ->     SetPasswd(5)


Register leaf node: SetPasswd.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Define the key to set account password after entering the PPS service center. When recharging account] selecting language] modifying favorite number or seting password] subscriber is asked to pass the password verification.

Field   : total(1)
Access  : read-write[1]PPS account password
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: File_Operation(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.3)
->  father_name = [Configuration]
-> ->     Service_Control(0)
-> ->     SRF_Param(1)
-> ->     File_Operation(2)


Remark:  File operation .


Create node: Import_User_Data(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.3.1)
->  father_name = [File_Operation]
-> ->     Import_User_Data(0)


Register leaf node: Import_User_Data.
Instance: 1
Length  : 7
Flag    : 255
Default : 
Remark  : Read only. Progress and result of PPS subscriber import.
Total number sent: Total quantity of PPS subscribers requesting import.
Records loaded: Quantity of successfully imported PPS subscribers.

Field   : total(3)
Access  : read-only          [1]Command status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]No operation
		    [v]1[opt]Send command
		    [v]2[opt]Begin loading
		    [v]3[opt]Loading OK
		    [v]4[opt]Loading failed
		  }
[2]Total number sent
		  {
		    [u]1.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Records loaded
		  {
		    [u]4.0-6.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Import_Recharge_Card(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.3.2)
->  father_name = [File_Operation]
-> ->     Import_User_Data(0)
-> ->     Import_Recharge_Card(1)


Register leaf node: Import_Recharge_Card.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Read only. Result of uploading recharge card to PPS. 0=unsuccessful. 1=successful.

Field   : total(1)
Access  : read-only[1]Import recharge card
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: New_Tariff_Flag(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.3.3)
->  father_name = [File_Operation]
-> ->     Import_User_Data(0)
-> ->     Import_Recharge_Card(1)
-> ->     New_Tariff_Flag(2)


Register leaf node: New_Tariff_Flag.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-only          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: New_Tariff_Start_Time(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.3.4)
->  father_name = [File_Operation]
-> ->     Import_User_Data(0)
-> ->     Import_Recharge_Card(1)
-> ->     New_Tariff_Flag(2)
-> ->     New_Tariff_Start_Time(3)


Register leaf node: New_Tariff_Start_Time.
Instance: 1
Length  : 7
Flag    : 255
Default :  


Remark  : Read only. Set start time for new tariff plan. 

Field   : total(6)
Access  : read-only[1]Year
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day
		  {
		    [u]3.0-3.7
		    [u]input
		    [v]KeepHex high 0
		  }
[4]Hour
		  {
		    [u]4.0-4.7
		    [u]input
		    [v]KeepHex high 0
		  }
[5]Minute
		  {
		    [u]5.0-5.7
		    [u]input
		    [v]KeepHex high 0
		  }
[6]Second
		  {
		    [u]6.0-6.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: COS_Param(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4)
->  father_name = [Configuration]
-> ->     Service_Control(0)
-> ->     SRF_Param(1)
-> ->     File_Operation(2)
-> ->     COS_Param(3)


Remark:  COS parameters .


Create node: COS_0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1)
->  father_name = [COS_Param]
-> ->     COS_0(0)


Remark:  COS 0 Parameters.


Create node: Recharge_Promotion_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.1)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.1.1)
->  father_name = [Recharge_Promotion_COS0]
-> ->     Start_Date_COS0(0)


Register leaf node: Start_Date_COS0.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.1.2)
->  father_name = [Recharge_Promotion_COS0]
-> ->     Start_Date_COS0(0)
-> ->     End_Date_COS0(1)


Register leaf node: End_Date_COS0.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.1.3)
->  father_name = [Recharge_Promotion_COS0]
-> ->     Start_Date_COS0(0)
-> ->     End_Date_COS0(1)
-> ->     Promotion_Bonus_COS0(2)


Register leaf node: Promotion_Bonus_COS0.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.2)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)
-> ->     Tariff_Resolution_COS0(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.2.1)
->  father_name = [Tariff_Resolution_COS0]
-> ->     MO_Tariff_ID_COS0(0)


Register leaf node: MO_Tariff_ID_COS0.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.2.2)
->  father_name = [Tariff_Resolution_COS0]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS0(1)


Register leaf node: MT_Tariff_ID_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.2.3)
->  father_name = [Tariff_Resolution_COS0]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS0(1)
-> ->     Tariff_Subscription_COS0(2)


Register leaf node: Tariff_Subscription_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.2.4)
->  father_name = [Tariff_Resolution_COS0]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS0(1)
-> ->     Tariff_Subscription_COS0(2)
-> ->     Recharge_Card_Validity_COS0(3)


Register leaf node: Recharge_Card_Validity_COS0.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.3)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)
-> ->     Tariff_Resolution_COS0(1)
-> ->     Account_Control_COS0(2)


Remark:  Account control .


Create node: Min_balance_MO_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.3.1)
->  father_name = [Account_Control_COS0]
-> ->     Min_balance_MO_COS0(0)


Register leaf node: Min_balance_MO_COS0.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.3.2)
->  father_name = [Account_Control_COS0]
-> ->     Min_balance_MO_COS0(0)
-> ->     Maximum_Validity_COS0(1)


Register leaf node: Maximum_Validity_COS0.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.3.3)
->  father_name = [Account_Control_COS0]
-> ->     Min_balance_MO_COS0(0)
-> ->     Maximum_Validity_COS0(1)
-> ->     Release_Day_COS0(2)


Register leaf node: Release_Day_COS0.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.4)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)
-> ->     Tariff_Resolution_COS0(1)
-> ->     Account_Control_COS0(2)
-> ->     MT_Control_COS0(3)


Remark:  MT control .


Create node: Charge_Flag_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.4.1)
->  father_name = [MT_Control_COS0]
-> ->     Charge_Flag_COS0(0)


Register leaf node: Charge_Flag_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.4.2)
->  father_name = [MT_Control_COS0]
-> ->     Charge_Flag_COS0(0)
-> ->     Zero_Balance_Control_COS0(1)


Register leaf node: Zero_Balance_Control_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)
-> ->     Tariff_Resolution_COS0(1)
-> ->     Account_Control_COS0(2)
-> ->     MT_Control_COS0(3)
-> ->     Validity_Solution_COS0(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.1)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)


Register leaf node: Clear_Balance_Option_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.2)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)


Register leaf node: Validity_Recharge_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.3)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)
-> ->     Validity_Zero_Balance_COS0(2)


Register leaf node: Validity_Zero_Balance_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.4)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)
-> ->     Validity_Zero_Balance_COS0(2)
-> ->     Activated_Account_Validity_COS0(3)


Register leaf node: Activated_Account_Validity_COS0.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.5)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)
-> ->     Validity_Zero_Balance_COS0(2)
-> ->     Activated_Account_Validity_COS0(3)
-> ->     FF_Number_COS0(4)


Register leaf node: FF_Number_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.6)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)
-> ->     Validity_Zero_Balance_COS0(2)
-> ->     Activated_Account_Validity_COS0(3)
-> ->     FF_Number_COS0(4)
-> ->     Support_Credit_Card_COS0(5)


Register leaf node: Support_Credit_Card_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS0

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.5.7)
->  father_name = [Validity_Solution_COS0]
-> ->     Clear_Balance_Option_COS0(0)
-> ->     Validity_Recharge_COS0(1)
-> ->     Validity_Zero_Balance_COS0(2)
-> ->     Activated_Account_Validity_COS0(3)
-> ->     FF_Number_COS0(4)
-> ->     Support_Credit_Card_COS0(5)
-> ->     Credit_Vault_COS0(6)


Register leaf node: Credit_Vault_COS0.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.6)
->  father_name = [COS_0]
-> ->     Recharge_Promotion_COS0(0)
-> ->     Tariff_Resolution_COS0(1)
-> ->     Account_Control_COS0(2)
-> ->     MT_Control_COS0(3)
-> ->     Validity_Solution_COS0(4)
-> ->     SM_Inquiry_COS0(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.6.1)
->  father_name = [SM_Inquiry_COS0]
-> ->     Feedback_SM_COS0(0)


Register leaf node: Feedback_SM_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.6.2)
->  father_name = [SM_Inquiry_COS0]
-> ->     Feedback_SM_COS0(0)
-> ->     Inquiry_SM_COS0(1)


Register leaf node: Inquiry_SM_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.6.3)
->  father_name = [SM_Inquiry_COS0]
-> ->     Feedback_SM_COS0(0)
-> ->     Inquiry_SM_COS0(1)
-> ->     SM_Expiry_COS0(2)


Register leaf node: SM_Expiry_COS0.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.1.6.4)
->  father_name = [SM_Inquiry_COS0]
-> ->     Feedback_SM_COS0(0)
-> ->     Inquiry_SM_COS0(1)
-> ->     SM_Expiry_COS0(2)
-> ->     SM_Low_Balance_COS0(3)


Register leaf node: SM_Low_Balance_COS0.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)


Remark:  COS 1 Parameters.


Create node: Recharge_Promotion_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.1)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.1.1)
->  father_name = [Recharge_Promotion_COS1]
-> ->     Start_Date_COS1(0)


Register leaf node: Start_Date_COS1.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.1.2)
->  father_name = [Recharge_Promotion_COS1]
-> ->     Start_Date_COS1(0)
-> ->     End_Date_COS1(1)


Register leaf node: End_Date_COS1.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.1.3)
->  father_name = [Recharge_Promotion_COS1]
-> ->     Start_Date_COS1(0)
-> ->     End_Date_COS1(1)
-> ->     Promotion_Bonus_COS1(2)


Register leaf node: Promotion_Bonus_COS1.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.2)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)
-> ->     Tariff_Resolution_COS1(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.2.1)
->  father_name = [Tariff_Resolution_COS1]
-> ->     MO_Tariff_ID_COS1(0)


Register leaf node: MO_Tariff_ID_COS1.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.2.2)
->  father_name = [Tariff_Resolution_COS1]
-> ->     MO_Tariff_ID_COS1(0)
-> ->     MT_Tariff_ID_COS1(1)


Register leaf node: MT_Tariff_ID_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.2.3)
->  father_name = [Tariff_Resolution_COS1]
-> ->     MO_Tariff_ID_COS1(0)
-> ->     MT_Tariff_ID_COS1(1)
-> ->     Tariff_Subscription_COS1(2)


Register leaf node: Tariff_Subscription_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.2.4)
->  father_name = [Tariff_Resolution_COS1]
-> ->     MO_Tariff_ID_COS1(0)
-> ->     MT_Tariff_ID_COS1(1)
-> ->     Tariff_Subscription_COS1(2)
-> ->     Recharge_Card_Validity_COS1(3)


Register leaf node: Recharge_Card_Validity_COS1.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.3)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)
-> ->     Tariff_Resolution_COS1(1)
-> ->     Account_Control_COS1(2)


Remark:  Account control .


Create node: Min_balance_MO_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.3.1)
->  father_name = [Account_Control_COS1]
-> ->     Min_balance_MO_COS1(0)


Register leaf node: Min_balance_MO_COS1.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.3.2)
->  father_name = [Account_Control_COS1]
-> ->     Min_balance_MO_COS1(0)
-> ->     Maximum_Validity_COS1(1)


Register leaf node: Maximum_Validity_COS1.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.3.3)
->  father_name = [Account_Control_COS1]
-> ->     Min_balance_MO_COS1(0)
-> ->     Maximum_Validity_COS1(1)
-> ->     Release_Day_COS1(2)


Register leaf node: Release_Day_COS1.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.4)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)
-> ->     Tariff_Resolution_COS1(1)
-> ->     Account_Control_COS1(2)
-> ->     MT_Control_COS1(3)


Remark:  MT control .


Create node: Charge_Flag_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.4.1)
->  father_name = [MT_Control_COS1]
-> ->     Charge_Flag_COS1(0)


Register leaf node: Charge_Flag_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.4.2)
->  father_name = [MT_Control_COS1]
-> ->     Charge_Flag_COS1(0)
-> ->     Zero_Balance_Control_COS1(1)


Register leaf node: Zero_Balance_Control_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)
-> ->     Tariff_Resolution_COS1(1)
-> ->     Account_Control_COS1(2)
-> ->     MT_Control_COS1(3)
-> ->     Validity_Solution_COS1(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.1)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)


Register leaf node: Clear_Balance_Option_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.2)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)


Register leaf node: Validity_Recharge_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.3)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)
-> ->     Validity_Zero_Balance_COS1(2)


Register leaf node: Validity_Zero_Balance_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.4)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)
-> ->     Validity_Zero_Balance_COS1(2)
-> ->     Activated_Account_Validity_COS1(3)


Register leaf node: Activated_Account_Validity_COS1.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.5)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)
-> ->     Validity_Zero_Balance_COS1(2)
-> ->     Activated_Account_Validity_COS1(3)
-> ->     FF_Number_COS1(4)


Register leaf node: FF_Number_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.6)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)
-> ->     Validity_Zero_Balance_COS1(2)
-> ->     Activated_Account_Validity_COS1(3)
-> ->     FF_Number_COS1(4)
-> ->     Support_Credit_Card_COS1(5)


Register leaf node: Support_Credit_Card_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.5.7)
->  father_name = [Validity_Solution_COS1]
-> ->     Clear_Balance_Option_COS1(0)
-> ->     Validity_Recharge_COS1(1)
-> ->     Validity_Zero_Balance_COS1(2)
-> ->     Activated_Account_Validity_COS1(3)
-> ->     FF_Number_COS1(4)
-> ->     Support_Credit_Card_COS1(5)
-> ->     Credit_Vault_COS1(6)


Register leaf node: Credit_Vault_COS1.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.6)
->  father_name = [COS_1]
-> ->     Recharge_Promotion_COS1(0)
-> ->     Tariff_Resolution_COS1(1)
-> ->     Account_Control_COS1(2)
-> ->     MT_Control_COS1(3)
-> ->     Validity_Solution_COS1(4)
-> ->     SM_Inquiry_COS1(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.6.1)
->  father_name = [SM_Inquiry_COS1]
-> ->     Feedback_SM_COS1(0)


Register leaf node: Feedback_SM_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.6.2)
->  father_name = [SM_Inquiry_COS1]
-> ->     Feedback_SM_COS1(0)
-> ->     Inquiry_SM_COS1(1)


Register leaf node: Inquiry_SM_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.6.3)
->  father_name = [SM_Inquiry_COS1]
-> ->     Feedback_SM_COS1(0)
-> ->     Inquiry_SM_COS1(1)
-> ->     SM_Expiry_COS1(2)


Register leaf node: SM_Expiry_COS1.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS1(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.2.6.4)
->  father_name = [SM_Inquiry_COS1]
-> ->     Feedback_SM_COS1(0)
-> ->     Inquiry_SM_COS1(1)
-> ->     SM_Expiry_COS1(2)
-> ->     SM_Low_Balance_COS1(3)


Register leaf node: SM_Low_Balance_COS1.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)


Remark:  COS 2 Parameters.


Create node: Recharge_Promotion_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.1)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.1.1)
->  father_name = [Recharge_Promotion_COS2]
-> ->     Start_Date_COS2(0)


Register leaf node: Start_Date_COS2.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.1.2)
->  father_name = [Recharge_Promotion_COS2]
-> ->     Start_Date_COS2(0)
-> ->     End_Date_COS2(1)


Register leaf node: End_Date_COS2.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.1.3)
->  father_name = [Recharge_Promotion_COS2]
-> ->     Start_Date_COS2(0)
-> ->     End_Date_COS2(1)
-> ->     Promotion_Bonus_COS2(2)


Register leaf node: Promotion_Bonus_COS2.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.2)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)
-> ->     Tariff_Resolution_COS2(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.2.1)
->  father_name = [Tariff_Resolution_COS2]
-> ->     MO_Tariff_ID_COS2(0)


Register leaf node: MO_Tariff_ID_COS2.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.2.2)
->  father_name = [Tariff_Resolution_COS2]
-> ->     MO_Tariff_ID_COS2(0)
-> ->     MT_Tariff_ID_COS2(1)


Register leaf node: MT_Tariff_ID_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.2.3)
->  father_name = [Tariff_Resolution_COS2]
-> ->     MO_Tariff_ID_COS2(0)
-> ->     MT_Tariff_ID_COS2(1)
-> ->     Tariff_Subscription_COS2(2)


Register leaf node: Tariff_Subscription_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.2.4)
->  father_name = [Tariff_Resolution_COS2]
-> ->     MO_Tariff_ID_COS2(0)
-> ->     MT_Tariff_ID_COS2(1)
-> ->     Tariff_Subscription_COS2(2)
-> ->     Recharge_Card_Validity_COS2(3)


Register leaf node: Recharge_Card_Validity_COS2.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.3)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)
-> ->     Tariff_Resolution_COS2(1)
-> ->     Account_Control_COS2(2)


Remark:  Account control .


Create node: Min_balance_MO_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.3.1)
->  father_name = [Account_Control_COS2]
-> ->     Min_balance_MO_COS2(0)


Register leaf node: Min_balance_MO_COS2.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.3.2)
->  father_name = [Account_Control_COS2]
-> ->     Min_balance_MO_COS2(0)
-> ->     Maximum_Validity_COS2(1)


Register leaf node: Maximum_Validity_COS2.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.3.3)
->  father_name = [Account_Control_COS2]
-> ->     Min_balance_MO_COS2(0)
-> ->     Maximum_Validity_COS2(1)
-> ->     Release_Day_COS2(2)


Register leaf node: Release_Day_COS2.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.4)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)
-> ->     Tariff_Resolution_COS2(1)
-> ->     Account_Control_COS2(2)
-> ->     MT_Control_COS2(3)


Remark:  MT control .


Create node: Charge_Flag_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.4.1)
->  father_name = [MT_Control_COS2]
-> ->     Charge_Flag_COS2(0)


Register leaf node: Charge_Flag_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.4.2)
->  father_name = [MT_Control_COS2]
-> ->     Charge_Flag_COS2(0)
-> ->     Zero_Balance_Control_COS2(1)


Register leaf node: Zero_Balance_Control_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)
-> ->     Tariff_Resolution_COS2(1)
-> ->     Account_Control_COS2(2)
-> ->     MT_Control_COS2(3)
-> ->     Validity_Solution_COS2(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.1)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)


Register leaf node: Clear_Balance_Option_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.2)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)


Register leaf node: Validity_Recharge_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.3)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)
-> ->     Validity_Zero_Balance_COS2(2)


Register leaf node: Validity_Zero_Balance_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.4)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)
-> ->     Validity_Zero_Balance_COS2(2)
-> ->     Activated_Account_Validity_COS2(3)


Register leaf node: Activated_Account_Validity_COS2.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.5)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)
-> ->     Validity_Zero_Balance_COS2(2)
-> ->     Activated_Account_Validity_COS2(3)
-> ->     FF_Number_COS2(4)


Register leaf node: FF_Number_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Free times of changing: set total times of free change for family number if charge is enabled. Maximum is 15.

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.6)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)
-> ->     Validity_Zero_Balance_COS2(2)
-> ->     Activated_Account_Validity_COS2(3)
-> ->     FF_Number_COS2(4)
-> ->     Support_Credit_Card_COS2(5)


Register leaf node: Support_Credit_Card_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.5.7)
->  father_name = [Validity_Solution_COS2]
-> ->     Clear_Balance_Option_COS2(0)
-> ->     Validity_Recharge_COS2(1)
-> ->     Validity_Zero_Balance_COS2(2)
-> ->     Activated_Account_Validity_COS2(3)
-> ->     FF_Number_COS2(4)
-> ->     Support_Credit_Card_COS2(5)
-> ->     Credit_Vault_COS2(6)


Register leaf node: Credit_Vault_COS2.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.6)
->  father_name = [COS_2]
-> ->     Recharge_Promotion_COS2(0)
-> ->     Tariff_Resolution_COS2(1)
-> ->     Account_Control_COS2(2)
-> ->     MT_Control_COS2(3)
-> ->     Validity_Solution_COS2(4)
-> ->     SM_Inquiry_COS2(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.6.1)
->  father_name = [SM_Inquiry_COS2]
-> ->     Feedback_SM_COS2(0)


Register leaf node: Feedback_SM_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.6.2)
->  father_name = [SM_Inquiry_COS2]
-> ->     Feedback_SM_COS2(0)
-> ->     Inquiry_SM_COS2(1)


Register leaf node: Inquiry_SM_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.6.3)
->  father_name = [SM_Inquiry_COS2]
-> ->     Feedback_SM_COS2(0)
-> ->     Inquiry_SM_COS2(1)
-> ->     SM_Expiry_COS2(2)


Register leaf node: SM_Expiry_COS2.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS2(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.3.6.4)
->  father_name = [SM_Inquiry_COS2]
-> ->     Feedback_SM_COS2(0)
-> ->     Inquiry_SM_COS2(1)
-> ->     SM_Expiry_COS2(2)
-> ->     SM_Low_Balance_COS2(3)


Register leaf node: SM_Low_Balance_COS2.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)


Remark:  COS 3 Parameters.


Create node: Recharge_Promotion_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.1)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.1.1)
->  father_name = [Recharge_Promotion_COS3]
-> ->     Start_Date_COS3(0)


Register leaf node: Start_Date_COS3.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.1.2)
->  father_name = [Recharge_Promotion_COS3]
-> ->     Start_Date_COS3(0)
-> ->     End_Date_COS3(1)


Register leaf node: End_Date_COS3.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.1.3)
->  father_name = [Recharge_Promotion_COS3]
-> ->     Start_Date_COS3(0)
-> ->     End_Date_COS3(1)
-> ->     Promotion_Bonus_COS3(2)


Register leaf node: Promotion_Bonus_COS3.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.2)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)
-> ->     Tariff_Resolution_COS3(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.2.1)
->  father_name = [Tariff_Resolution_COS3]
-> ->     MO_Tariff_ID_COS3(0)


Register leaf node: MO_Tariff_ID_COS3.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.2.2)
->  father_name = [Tariff_Resolution_COS3]
-> ->     MO_Tariff_ID_COS3(0)
-> ->     MT_Tariff_ID_COS3(1)


Register leaf node: MT_Tariff_ID_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.2.3)
->  father_name = [Tariff_Resolution_COS3]
-> ->     MO_Tariff_ID_COS3(0)
-> ->     MT_Tariff_ID_COS3(1)
-> ->     Tariff_Subscription_COS3(2)


Register leaf node: Tariff_Subscription_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.2.4)
->  father_name = [Tariff_Resolution_COS3]
-> ->     MO_Tariff_ID_COS3(0)
-> ->     MT_Tariff_ID_COS3(1)
-> ->     Tariff_Subscription_COS3(2)
-> ->     Recharge_Card_Validity_COS3(3)


Register leaf node: Recharge_Card_Validity_COS3.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.3)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)
-> ->     Tariff_Resolution_COS3(1)
-> ->     Account_Control_COS3(2)


Remark:  Account control .


Create node: Min_balance_MO_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.3.1)
->  father_name = [Account_Control_COS3]
-> ->     Min_balance_MO_COS3(0)


Register leaf node: Min_balance_MO_COS3.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.3.2)
->  father_name = [Account_Control_COS3]
-> ->     Min_balance_MO_COS3(0)
-> ->     Maximum_Validity_COS3(1)


Register leaf node: Maximum_Validity_COS3.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.3.3)
->  father_name = [Account_Control_COS3]
-> ->     Min_balance_MO_COS3(0)
-> ->     Maximum_Validity_COS3(1)
-> ->     Release_Day_COS3(2)


Register leaf node: Release_Day_COS3.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.4)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)
-> ->     Tariff_Resolution_COS3(1)
-> ->     Account_Control_COS3(2)
-> ->     MT_Control_COS3(3)


Remark:  MT control .


Create node: Charge_Flag_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.4.1)
->  father_name = [MT_Control_COS3]
-> ->     Charge_Flag_COS3(0)


Register leaf node: Charge_Flag_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.4.2)
->  father_name = [MT_Control_COS3]
-> ->     Charge_Flag_COS3(0)
-> ->     Zero_Balance_Control_COS3(1)


Register leaf node: Zero_Balance_Control_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)
-> ->     Tariff_Resolution_COS3(1)
-> ->     Account_Control_COS3(2)
-> ->     MT_Control_COS3(3)
-> ->     Validity_Solution_COS3(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.1)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)


Register leaf node: Clear_Balance_Option_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.2)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)


Register leaf node: Validity_Recharge_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.3)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)
-> ->     Validity_Zero_Balance_COS3(2)


Register leaf node: Validity_Zero_Balance_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.4)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)
-> ->     Validity_Zero_Balance_COS3(2)
-> ->     Activated_Account_Validity_COS3(3)


Register leaf node: Activated_Account_Validity_COS3.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.5)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)
-> ->     Validity_Zero_Balance_COS3(2)
-> ->     Activated_Account_Validity_COS3(3)
-> ->     FF_Number_COS3(4)


Register leaf node: FF_Number_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.6)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)
-> ->     Validity_Zero_Balance_COS3(2)
-> ->     Activated_Account_Validity_COS3(3)
-> ->     FF_Number_COS3(4)
-> ->     Support_Credit_Card_COS3(5)


Register leaf node: Support_Credit_Card_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.5.7)
->  father_name = [Validity_Solution_COS3]
-> ->     Clear_Balance_Option_COS3(0)
-> ->     Validity_Recharge_COS3(1)
-> ->     Validity_Zero_Balance_COS3(2)
-> ->     Activated_Account_Validity_COS3(3)
-> ->     FF_Number_COS3(4)
-> ->     Support_Credit_Card_COS3(5)
-> ->     Credit_Vault_COS3(6)


Register leaf node: Credit_Vault_COS3.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.6)
->  father_name = [COS_3]
-> ->     Recharge_Promotion_COS3(0)
-> ->     Tariff_Resolution_COS3(1)
-> ->     Account_Control_COS3(2)
-> ->     MT_Control_COS3(3)
-> ->     Validity_Solution_COS3(4)
-> ->     SM_Inquiry_COS3(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.6.1)
->  father_name = [SM_Inquiry_COS3]
-> ->     Feedback_SM_COS3(0)


Register leaf node: Feedback_SM_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.6.2)
->  father_name = [SM_Inquiry_COS3]
-> ->     Feedback_SM_COS3(0)
-> ->     Inquiry_SM_COS3(1)


Register leaf node: Inquiry_SM_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.6.3)
->  father_name = [SM_Inquiry_COS3]
-> ->     Feedback_SM_COS3(0)
-> ->     Inquiry_SM_COS3(1)
-> ->     SM_Expiry_COS3(2)


Register leaf node: SM_Expiry_COS3.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS3(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.4.6.4)
->  father_name = [SM_Inquiry_COS3]
-> ->     Feedback_SM_COS3(0)
-> ->     Inquiry_SM_COS3(1)
-> ->     SM_Expiry_COS3(2)
-> ->     SM_Low_Balance_COS3(3)


Register leaf node: SM_Low_Balance_COS3.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)


Remark:  COS 4 Parameters.


Create node: Recharge_Promotion_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.1)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.1.1)
->  father_name = [Recharge_Promotion_COS4]
-> ->     Start_Date_COS4(0)


Register leaf node: Start_Date_COS4.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.1.2)
->  father_name = [Recharge_Promotion_COS4]
-> ->     Start_Date_COS4(0)
-> ->     End_Date_COS4(1)


Register leaf node: End_Date_COS4.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.1.3)
->  father_name = [Recharge_Promotion_COS4]
-> ->     Start_Date_COS4(0)
-> ->     End_Date_COS4(1)
-> ->     Promotion_Bonus_COS4(2)


Register leaf node: Promotion_Bonus_COS4.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.2)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)
-> ->     Tariff_Resolution_COS4(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.2.1)
->  father_name = [Tariff_Resolution_COS4]
-> ->     MO_Tariff_ID_COS4(0)


Register leaf node: MO_Tariff_ID_COS4.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.2.2)
->  father_name = [Tariff_Resolution_COS4]
-> ->     MO_Tariff_ID_COS4(0)
-> ->     MT_Tariff_ID_COS4(1)


Register leaf node: MT_Tariff_ID_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.2.3)
->  father_name = [Tariff_Resolution_COS4]
-> ->     MO_Tariff_ID_COS4(0)
-> ->     MT_Tariff_ID_COS4(1)
-> ->     Tariff_Subscription_COS4(2)


Register leaf node: Tariff_Subscription_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.2.4)
->  father_name = [Tariff_Resolution_COS4]
-> ->     MO_Tariff_ID_COS4(0)
-> ->     MT_Tariff_ID_COS4(1)
-> ->     Tariff_Subscription_COS4(2)
-> ->     Recharge_Card_Validity_COS4(3)


Register leaf node: Recharge_Card_Validity_COS4.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.3)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)
-> ->     Tariff_Resolution_COS4(1)
-> ->     Account_Control_COS4(2)


Remark:  Account control .


Create node: Min_balance_MO_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.3.1)
->  father_name = [Account_Control_COS4]
-> ->     Min_balance_MO_COS4(0)


Register leaf node: Min_balance_MO_COS4.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.3.2)
->  father_name = [Account_Control_COS4]
-> ->     Min_balance_MO_COS4(0)
-> ->     Maximum_Validity_COS4(1)


Register leaf node: Maximum_Validity_COS4.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.3.3)
->  father_name = [Account_Control_COS4]
-> ->     Min_balance_MO_COS4(0)
-> ->     Maximum_Validity_COS4(1)
-> ->     Release_Day_COS4(2)


Register leaf node: Release_Day_COS4.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.4)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)
-> ->     Tariff_Resolution_COS4(1)
-> ->     Account_Control_COS4(2)
-> ->     MT_Control_COS4(3)


Remark:  MT control .


Create node: Charge_Flag_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.4.1)
->  father_name = [MT_Control_COS4]
-> ->     Charge_Flag_COS4(0)


Register leaf node: Charge_Flag_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.4.2)
->  father_name = [MT_Control_COS4]
-> ->     Charge_Flag_COS4(0)
-> ->     Zero_Balance_Control_COS4(1)


Register leaf node: Zero_Balance_Control_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)
-> ->     Tariff_Resolution_COS4(1)
-> ->     Account_Control_COS4(2)
-> ->     MT_Control_COS4(3)
-> ->     Validity_Solution_COS4(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.1)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)


Register leaf node: Clear_Balance_Option_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.2)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)


Register leaf node: Validity_Recharge_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.3)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)
-> ->     Validity_Zero_Balance_COS4(2)


Register leaf node: Validity_Zero_Balance_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.4)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)
-> ->     Validity_Zero_Balance_COS4(2)
-> ->     Activated_Account_Validity_COS4(3)


Register leaf node: Activated_Account_Validity_COS4.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.5)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)
-> ->     Validity_Zero_Balance_COS4(2)
-> ->     Activated_Account_Validity_COS4(3)
-> ->     FF_Number_COS4(4)


Register leaf node: FF_Number_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.6)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)
-> ->     Validity_Zero_Balance_COS4(2)
-> ->     Activated_Account_Validity_COS4(3)
-> ->     FF_Number_COS4(4)
-> ->     Support_Credit_Card_COS4(5)


Register leaf node: Support_Credit_Card_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.5.7)
->  father_name = [Validity_Solution_COS4]
-> ->     Clear_Balance_Option_COS4(0)
-> ->     Validity_Recharge_COS4(1)
-> ->     Validity_Zero_Balance_COS4(2)
-> ->     Activated_Account_Validity_COS4(3)
-> ->     FF_Number_COS4(4)
-> ->     Support_Credit_Card_COS4(5)
-> ->     Credit_Vault_COS4(6)


Register leaf node: Credit_Vault_COS4.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.6)
->  father_name = [COS_4]
-> ->     Recharge_Promotion_COS4(0)
-> ->     Tariff_Resolution_COS4(1)
-> ->     Account_Control_COS4(2)
-> ->     MT_Control_COS4(3)
-> ->     Validity_Solution_COS4(4)
-> ->     SM_Inquiry_COS4(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.6.1)
->  father_name = [SM_Inquiry_COS4]
-> ->     Feedback_SM_COS4(0)


Register leaf node: Feedback_SM_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.6.2)
->  father_name = [SM_Inquiry_COS4]
-> ->     Feedback_SM_COS4(0)
-> ->     Inquiry_SM_COS4(1)


Register leaf node: Inquiry_SM_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.6.3)
->  father_name = [SM_Inquiry_COS4]
-> ->     Feedback_SM_COS4(0)
-> ->     Inquiry_SM_COS4(1)
-> ->     SM_Expiry_COS4(2)


Register leaf node: SM_Expiry_COS4.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS4(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.5.6.4)
->  father_name = [SM_Inquiry_COS4]
-> ->     Feedback_SM_COS4(0)
-> ->     Inquiry_SM_COS4(1)
-> ->     SM_Expiry_COS4(2)
-> ->     SM_Low_Balance_COS4(3)


Register leaf node: SM_Low_Balance_COS4.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)


Remark:  COS 5 Parameters.


Create node: Recharge_Promotion_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.1)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.1.1)
->  father_name = [Recharge_Promotion_COS5]
-> ->     Start_Date_COS5(0)


Register leaf node: Start_Date_COS5.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.1.2)
->  father_name = [Recharge_Promotion_COS5]
-> ->     Start_Date_COS5(0)
-> ->     End_Date_COS5(1)


Register leaf node: End_Date_COS5.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.1.3)
->  father_name = [Recharge_Promotion_COS5]
-> ->     Start_Date_COS5(0)
-> ->     End_Date_COS5(1)
-> ->     Promotion_Bonus_COS5(2)


Register leaf node: Promotion_Bonus_COS5.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.2)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)
-> ->     Tariff_Resolution_COS5(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.2.1)
->  father_name = [Tariff_Resolution_COS5]
-> ->     MO_Tariff_ID_COS5(0)


Register leaf node: MO_Tariff_ID_COS5.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.2.2)
->  father_name = [Tariff_Resolution_COS5]
-> ->     MO_Tariff_ID_COS5(0)
-> ->     MT_Tariff_ID_COS5(1)


Register leaf node: MT_Tariff_ID_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.2.3)
->  father_name = [Tariff_Resolution_COS5]
-> ->     MO_Tariff_ID_COS5(0)
-> ->     MT_Tariff_ID_COS5(1)
-> ->     Tariff_Subscription_COS5(2)


Register leaf node: Tariff_Subscription_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.2.4)
->  father_name = [Tariff_Resolution_COS5]
-> ->     MO_Tariff_ID_COS5(0)
-> ->     MT_Tariff_ID_COS5(1)
-> ->     Tariff_Subscription_COS5(2)
-> ->     Recharge_Card_Validity_COS5(3)


Register leaf node: Recharge_Card_Validity_COS5.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.3)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)
-> ->     Tariff_Resolution_COS5(1)
-> ->     Account_Control_COS5(2)


Remark:  Account control .


Create node: Min_balance_MO_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.3.1)
->  father_name = [Account_Control_COS5]
-> ->     Min_balance_MO_COS5(0)


Register leaf node: Min_balance_MO_COS5.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.3.2)
->  father_name = [Account_Control_COS5]
-> ->     Min_balance_MO_COS5(0)
-> ->     Maximum_Validity_COS5(1)


Register leaf node: Maximum_Validity_COS5.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.3.3)
->  father_name = [Account_Control_COS5]
-> ->     Min_balance_MO_COS5(0)
-> ->     Maximum_Validity_COS5(1)
-> ->     Release_Day_COS5(2)


Register leaf node: Release_Day_COS5.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.4)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)
-> ->     Tariff_Resolution_COS5(1)
-> ->     Account_Control_COS5(2)
-> ->     MT_Control_COS5(3)


Remark:  MT control .


Create node: Charge_Flag_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.4.1)
->  father_name = [MT_Control_COS5]
-> ->     Charge_Flag_COS5(0)


Register leaf node: Charge_Flag_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.4.2)
->  father_name = [MT_Control_COS5]
-> ->     Charge_Flag_COS5(0)
-> ->     Zero_Balance_Control_COS5(1)


Register leaf node: Zero_Balance_Control_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)
-> ->     Tariff_Resolution_COS5(1)
-> ->     Account_Control_COS5(2)
-> ->     MT_Control_COS5(3)
-> ->     Validity_Solution_COS5(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.1)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)


Register leaf node: Clear_Balance_Option_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.2)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)


Register leaf node: Validity_Recharge_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.3)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)
-> ->     Validity_Zero_Balance_COS5(2)


Register leaf node: Validity_Zero_Balance_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.4)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)
-> ->     Validity_Zero_Balance_COS5(2)
-> ->     Activated_Account_Validity_COS5(3)


Register leaf node: Activated_Account_Validity_COS5.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.5)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)
-> ->     Validity_Zero_Balance_COS5(2)
-> ->     Activated_Account_Validity_COS5(3)
-> ->     FF_Number_COS5(4)


Register leaf node: FF_Number_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.6)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)
-> ->     Validity_Zero_Balance_COS5(2)
-> ->     Activated_Account_Validity_COS5(3)
-> ->     FF_Number_COS5(4)
-> ->     Support_Credit_Card_COS5(5)


Register leaf node: Support_Credit_Card_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.5.7)
->  father_name = [Validity_Solution_COS5]
-> ->     Clear_Balance_Option_COS5(0)
-> ->     Validity_Recharge_COS5(1)
-> ->     Validity_Zero_Balance_COS5(2)
-> ->     Activated_Account_Validity_COS5(3)
-> ->     FF_Number_COS5(4)
-> ->     Support_Credit_Card_COS5(5)
-> ->     Credit_Vault_COS5(6)


Register leaf node: Credit_Vault_COS5.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.6)
->  father_name = [COS_5]
-> ->     Recharge_Promotion_COS5(0)
-> ->     Tariff_Resolution_COS5(1)
-> ->     Account_Control_COS5(2)
-> ->     MT_Control_COS5(3)
-> ->     Validity_Solution_COS5(4)
-> ->     SM_Inquiry_COS5(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.6.1)
->  father_name = [SM_Inquiry_COS5]
-> ->     Feedback_SM_COS5(0)


Register leaf node: Feedback_SM_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.6.2)
->  father_name = [SM_Inquiry_COS5]
-> ->     Feedback_SM_COS5(0)
-> ->     Inquiry_SM_COS5(1)


Register leaf node: Inquiry_SM_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.6.3)
->  father_name = [SM_Inquiry_COS5]
-> ->     Feedback_SM_COS5(0)
-> ->     Inquiry_SM_COS5(1)
-> ->     SM_Expiry_COS5(2)


Register leaf node: SM_Expiry_COS5.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS5(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.6.6.4)
->  father_name = [SM_Inquiry_COS5]
-> ->     Feedback_SM_COS5(0)
-> ->     Inquiry_SM_COS5(1)
-> ->     SM_Expiry_COS5(2)
-> ->     SM_Low_Balance_COS5(3)


Register leaf node: SM_Low_Balance_COS5.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)


Remark:  COS 6 Parameters.


Create node: Recharge_Promotion_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.1)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.1.1)
->  father_name = [Recharge_Promotion_COS6]
-> ->     Start_Date_COS6(0)


Register leaf node: Start_Date_COS6.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.1.2)
->  father_name = [Recharge_Promotion_COS6]
-> ->     Start_Date_COS6(0)
-> ->     End_Date_COS6(1)


Register leaf node: End_Date_COS6.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.1.3)
->  father_name = [Recharge_Promotion_COS6]
-> ->     Start_Date_COS6(0)
-> ->     End_Date_COS6(1)
-> ->     Promotion_Bonus_COS6(2)


Register leaf node: Promotion_Bonus_COS6.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.2)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)
-> ->     Tariff_Resolution_COS6(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.2.1)
->  father_name = [Tariff_Resolution_COS6]
-> ->     MO_Tariff_ID_COS6(0)


Register leaf node: MO_Tariff_ID_COS6.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.2.2)
->  father_name = [Tariff_Resolution_COS6]
-> ->     MO_Tariff_ID_COS6(0)
-> ->     MT_Tariff_ID_COS6(1)


Register leaf node: MT_Tariff_ID_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.2.3)
->  father_name = [Tariff_Resolution_COS6]
-> ->     MO_Tariff_ID_COS6(0)
-> ->     MT_Tariff_ID_COS6(1)
-> ->     Tariff_Subscription_COS6(2)


Register leaf node: Tariff_Subscription_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.2.4)
->  father_name = [Tariff_Resolution_COS6]
-> ->     MO_Tariff_ID_COS6(0)
-> ->     MT_Tariff_ID_COS6(1)
-> ->     Tariff_Subscription_COS6(2)
-> ->     Recharge_Card_Validity_COS6(3)


Register leaf node: Recharge_Card_Validity_COS6.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.3)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)
-> ->     Tariff_Resolution_COS6(1)
-> ->     Account_Control_COS6(2)


Remark:  Account control .


Create node: Min_balance_MO_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.3.1)
->  father_name = [Account_Control_COS6]
-> ->     Min_balance_MO_COS6(0)


Register leaf node: Min_balance_MO_COS6.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.3.2)
->  father_name = [Account_Control_COS6]
-> ->     Min_balance_MO_COS6(0)
-> ->     Maximum_Validity_COS6(1)


Register leaf node: Maximum_Validity_COS6.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.3.3)
->  father_name = [Account_Control_COS6]
-> ->     Min_balance_MO_COS6(0)
-> ->     Maximum_Validity_COS6(1)
-> ->     Release_Day_COS6(2)


Register leaf node: Release_Day_COS6.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.4)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)
-> ->     Tariff_Resolution_COS6(1)
-> ->     Account_Control_COS6(2)
-> ->     MT_Control_COS6(3)


Remark:  MT control .


Create node: Charge_Flag_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.4.1)
->  father_name = [MT_Control_COS6]
-> ->     Charge_Flag_COS6(0)


Register leaf node: Charge_Flag_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.4.2)
->  father_name = [MT_Control_COS6]
-> ->     Charge_Flag_COS6(0)
-> ->     Zero_Balance_Control_COS6(1)


Register leaf node: Zero_Balance_Control_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)
-> ->     Tariff_Resolution_COS6(1)
-> ->     Account_Control_COS6(2)
-> ->     MT_Control_COS6(3)
-> ->     Validity_Solution_COS6(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.1)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)


Register leaf node: Clear_Balance_Option_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.2)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)


Register leaf node: Validity_Recharge_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.3)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)
-> ->     Validity_Zero_Balance_COS6(2)


Register leaf node: Validity_Zero_Balance_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.4)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)
-> ->     Validity_Zero_Balance_COS6(2)
-> ->     Activated_Account_Validity_COS6(3)


Register leaf node: Activated_Account_Validity_COS6.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.5)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)
-> ->     Validity_Zero_Balance_COS6(2)
-> ->     Activated_Account_Validity_COS6(3)
-> ->     FF_Number_COS6(4)


Register leaf node: FF_Number_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.6)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)
-> ->     Validity_Zero_Balance_COS6(2)
-> ->     Activated_Account_Validity_COS6(3)
-> ->     FF_Number_COS6(4)
-> ->     Support_Credit_Card_COS6(5)


Register leaf node: Support_Credit_Card_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.5.7)
->  father_name = [Validity_Solution_COS6]
-> ->     Clear_Balance_Option_COS6(0)
-> ->     Validity_Recharge_COS6(1)
-> ->     Validity_Zero_Balance_COS6(2)
-> ->     Activated_Account_Validity_COS6(3)
-> ->     FF_Number_COS6(4)
-> ->     Support_Credit_Card_COS6(5)
-> ->     Credit_Vault_COS6(6)


Register leaf node: Credit_Vault_COS6.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.6)
->  father_name = [COS_6]
-> ->     Recharge_Promotion_COS6(0)
-> ->     Tariff_Resolution_COS6(1)
-> ->     Account_Control_COS6(2)
-> ->     MT_Control_COS6(3)
-> ->     Validity_Solution_COS6(4)
-> ->     SM_Inquiry_COS6(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.6.1)
->  father_name = [SM_Inquiry_COS6]
-> ->     Feedback_SM_COS6(0)


Register leaf node: Feedback_SM_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.6.2)
->  father_name = [SM_Inquiry_COS6]
-> ->     Feedback_SM_COS6(0)
-> ->     Inquiry_SM_COS6(1)


Register leaf node: Inquiry_SM_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.6.3)
->  father_name = [SM_Inquiry_COS6]
-> ->     Feedback_SM_COS6(0)
-> ->     Inquiry_SM_COS6(1)
-> ->     SM_Expiry_COS6(2)


Register leaf node: SM_Expiry_COS6.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS6(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.7.6.4)
->  father_name = [SM_Inquiry_COS6]
-> ->     Feedback_SM_COS6(0)
-> ->     Inquiry_SM_COS6(1)
-> ->     SM_Expiry_COS6(2)
-> ->     SM_Low_Balance_COS6(3)


Register leaf node: SM_Low_Balance_COS6.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)


Remark:  COS 7 Parameters.


Create node: Recharge_Promotion_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.1)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.1.1)
->  father_name = [Recharge_Promotion_COS7]
-> ->     Start_Date_COS7(0)


Register leaf node: Start_Date_COS7.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.1.2)
->  father_name = [Recharge_Promotion_COS7]
-> ->     Start_Date_COS7(0)
-> ->     End_Date_COS7(1)


Register leaf node: End_Date_COS7.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.1.3)
->  father_name = [Recharge_Promotion_COS7]
-> ->     Start_Date_COS7(0)
-> ->     End_Date_COS7(1)
-> ->     Promotion_Bonus_COS7(2)


Register leaf node: Promotion_Bonus_COS7.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.2)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)
-> ->     Tariff_Resolution_COS7(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.2.1)
->  father_name = [Tariff_Resolution_COS7]
-> ->     MO_Tariff_ID_COS7(0)


Register leaf node: MO_Tariff_ID_COS7.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.2.2)
->  father_name = [Tariff_Resolution_COS7]
-> ->     MO_Tariff_ID_COS7(0)
-> ->     MT_Tariff_ID_COS7(1)


Register leaf node: MT_Tariff_ID_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.2.3)
->  father_name = [Tariff_Resolution_COS7]
-> ->     MO_Tariff_ID_COS7(0)
-> ->     MT_Tariff_ID_COS7(1)
-> ->     Tariff_Subscription_COS7(2)


Register leaf node: Tariff_Subscription_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.2.4)
->  father_name = [Tariff_Resolution_COS7]
-> ->     MO_Tariff_ID_COS7(0)
-> ->     MT_Tariff_ID_COS7(1)
-> ->     Tariff_Subscription_COS7(2)
-> ->     Recharge_Card_Validity_COS7(3)


Register leaf node: Recharge_Card_Validity_COS7.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.3)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)
-> ->     Tariff_Resolution_COS7(1)
-> ->     Account_Control_COS7(2)


Remark:  Account control .


Create node: Min_balance_MO_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.3.1)
->  father_name = [Account_Control_COS7]
-> ->     Min_balance_MO_COS7(0)


Register leaf node: Min_balance_MO_COS7.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.3.2)
->  father_name = [Account_Control_COS7]
-> ->     Min_balance_MO_COS7(0)
-> ->     Maximum_Validity_COS7(1)


Register leaf node: Maximum_Validity_COS7.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.3.3)
->  father_name = [Account_Control_COS7]
-> ->     Min_balance_MO_COS7(0)
-> ->     Maximum_Validity_COS7(1)
-> ->     Release_Day_COS7(2)


Register leaf node: Release_Day_COS7.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.4)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)
-> ->     Tariff_Resolution_COS7(1)
-> ->     Account_Control_COS7(2)
-> ->     MT_Control_COS7(3)


Remark:  MT control .


Create node: Charge_Flag_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.4.1)
->  father_name = [MT_Control_COS7]
-> ->     Charge_Flag_COS7(0)


Register leaf node: Charge_Flag_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.4.2)
->  father_name = [MT_Control_COS7]
-> ->     Charge_Flag_COS7(0)
-> ->     Zero_Balance_Control_COS7(1)


Register leaf node: Zero_Balance_Control_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)
-> ->     Tariff_Resolution_COS7(1)
-> ->     Account_Control_COS7(2)
-> ->     MT_Control_COS7(3)
-> ->     Validity_Solution_COS7(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.1)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)


Register leaf node: Clear_Balance_Option_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.2)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)


Register leaf node: Validity_Recharge_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.3)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)
-> ->     Validity_Zero_Balance_COS7(2)


Register leaf node: Validity_Zero_Balance_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.4)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)
-> ->     Validity_Zero_Balance_COS7(2)
-> ->     Activated_Account_Validity_COS7(3)


Register leaf node: Activated_Account_Validity_COS7.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.5)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)
-> ->     Validity_Zero_Balance_COS7(2)
-> ->     Activated_Account_Validity_COS7(3)
-> ->     FF_Number_COS7(4)


Register leaf node: FF_Number_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.6)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)
-> ->     Validity_Zero_Balance_COS7(2)
-> ->     Activated_Account_Validity_COS7(3)
-> ->     FF_Number_COS7(4)
-> ->     Support_Credit_Card_COS7(5)


Register leaf node: Support_Credit_Card_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.5.7)
->  father_name = [Validity_Solution_COS7]
-> ->     Clear_Balance_Option_COS7(0)
-> ->     Validity_Recharge_COS7(1)
-> ->     Validity_Zero_Balance_COS7(2)
-> ->     Activated_Account_Validity_COS7(3)
-> ->     FF_Number_COS7(4)
-> ->     Support_Credit_Card_COS7(5)
-> ->     Credit_Vault_COS7(6)


Register leaf node: Credit_Vault_COS7.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.6)
->  father_name = [COS_7]
-> ->     Recharge_Promotion_COS7(0)
-> ->     Tariff_Resolution_COS7(1)
-> ->     Account_Control_COS7(2)
-> ->     MT_Control_COS7(3)
-> ->     Validity_Solution_COS7(4)
-> ->     SM_Inquiry_COS7(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.6.1)
->  father_name = [SM_Inquiry_COS7]
-> ->     Feedback_SM_COS7(0)


Register leaf node: Feedback_SM_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.6.2)
->  father_name = [SM_Inquiry_COS7]
-> ->     Feedback_SM_COS7(0)
-> ->     Inquiry_SM_COS7(1)


Register leaf node: Inquiry_SM_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.6.3)
->  father_name = [SM_Inquiry_COS7]
-> ->     Feedback_SM_COS7(0)
-> ->     Inquiry_SM_COS7(1)
-> ->     SM_Expiry_COS7(2)


Register leaf node: SM_Expiry_COS7.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS7(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.8.6.4)
->  father_name = [SM_Inquiry_COS7]
-> ->     Feedback_SM_COS7(0)
-> ->     Inquiry_SM_COS7(1)
-> ->     SM_Expiry_COS7(2)
-> ->     SM_Low_Balance_COS7(3)


Register leaf node: SM_Low_Balance_COS7.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)


Remark:  COS 8 Parameters.


Create node: Recharge_Promotion_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.1)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.1.1)
->  father_name = [Recharge_Promotion_COS8]
-> ->     Start_Date_COS8(0)


Register leaf node: Start_Date_COS8.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.1.2)
->  father_name = [Recharge_Promotion_COS8]
-> ->     Start_Date_COS8(0)
-> ->     End_Date_COS8(1)


Register leaf node: End_Date_COS8.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.1.3)
->  father_name = [Recharge_Promotion_COS8]
-> ->     Start_Date_COS8(0)
-> ->     End_Date_COS8(1)
-> ->     Promotion_Bonus_COS8(2)


Register leaf node: Promotion_Bonus_COS8.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.2)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)
-> ->     Tariff_Resolution_COS8(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.2.1)
->  father_name = [Tariff_Resolution_COS8]
-> ->     MO_Tariff_ID_COS8(0)


Register leaf node: MO_Tariff_ID_COS8.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.2.2)
->  father_name = [Tariff_Resolution_COS8]
-> ->     MO_Tariff_ID_COS8(0)
-> ->     MT_Tariff_ID_COS8(1)


Register leaf node: MT_Tariff_ID_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.2.3)
->  father_name = [Tariff_Resolution_COS8]
-> ->     MO_Tariff_ID_COS8(0)
-> ->     MT_Tariff_ID_COS8(1)
-> ->     Tariff_Subscription_COS8(2)


Register leaf node: Tariff_Subscription_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.2.4)
->  father_name = [Tariff_Resolution_COS8]
-> ->     MO_Tariff_ID_COS8(0)
-> ->     MT_Tariff_ID_COS8(1)
-> ->     Tariff_Subscription_COS8(2)
-> ->     Recharge_Card_Validity_COS8(3)


Register leaf node: Recharge_Card_Validity_COS8.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.3)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)
-> ->     Tariff_Resolution_COS8(1)
-> ->     Account_Control_COS8(2)


Remark:  Account control .


Create node: Min_balance_MO_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.3.1)
->  father_name = [Account_Control_COS8]
-> ->     Min_balance_MO_COS8(0)


Register leaf node: Min_balance_MO_COS8.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.3.2)
->  father_name = [Account_Control_COS8]
-> ->     Min_balance_MO_COS8(0)
-> ->     Maximum_Validity_COS8(1)


Register leaf node: Maximum_Validity_COS8.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.3.3)
->  father_name = [Account_Control_COS8]
-> ->     Min_balance_MO_COS8(0)
-> ->     Maximum_Validity_COS8(1)
-> ->     Release_Day_COS8(2)


Register leaf node: Release_Day_COS8.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.4)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)
-> ->     Tariff_Resolution_COS8(1)
-> ->     Account_Control_COS8(2)
-> ->     MT_Control_COS8(3)


Remark:  MT control .


Create node: Charge_Flag_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.4.1)
->  father_name = [MT_Control_COS8]
-> ->     Charge_Flag_COS8(0)


Register leaf node: Charge_Flag_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.4.2)
->  father_name = [MT_Control_COS8]
-> ->     Charge_Flag_COS8(0)
-> ->     Zero_Balance_Control_COS8(1)


Register leaf node: Zero_Balance_Control_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)
-> ->     Tariff_Resolution_COS8(1)
-> ->     Account_Control_COS8(2)
-> ->     MT_Control_COS8(3)
-> ->     Validity_Solution_COS8(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.1)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)


Register leaf node: Clear_Balance_Option_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.2)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)


Register leaf node: Validity_Recharge_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.3)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)
-> ->     Validity_Zero_Balance_COS8(2)


Register leaf node: Validity_Zero_Balance_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.4)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)
-> ->     Validity_Zero_Balance_COS8(2)
-> ->     Activated_Account_Validity_COS8(3)


Register leaf node: Activated_Account_Validity_COS8.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.5)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)
-> ->     Validity_Zero_Balance_COS8(2)
-> ->     Activated_Account_Validity_COS8(3)
-> ->     FF_Number_COS8(4)


Register leaf node: FF_Number_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.6)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)
-> ->     Validity_Zero_Balance_COS8(2)
-> ->     Activated_Account_Validity_COS8(3)
-> ->     FF_Number_COS8(4)
-> ->     Support_Credit_Card_COS8(5)


Register leaf node: Support_Credit_Card_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.5.7)
->  father_name = [Validity_Solution_COS8]
-> ->     Clear_Balance_Option_COS8(0)
-> ->     Validity_Recharge_COS8(1)
-> ->     Validity_Zero_Balance_COS8(2)
-> ->     Activated_Account_Validity_COS8(3)
-> ->     FF_Number_COS8(4)
-> ->     Support_Credit_Card_COS8(5)
-> ->     Credit_Vault_COS8(6)


Register leaf node: Credit_Vault_COS8.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.6)
->  father_name = [COS_8]
-> ->     Recharge_Promotion_COS8(0)
-> ->     Tariff_Resolution_COS8(1)
-> ->     Account_Control_COS8(2)
-> ->     MT_Control_COS8(3)
-> ->     Validity_Solution_COS8(4)
-> ->     SM_Inquiry_COS8(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.6.1)
->  father_name = [SM_Inquiry_COS8]
-> ->     Feedback_SM_COS8(0)


Register leaf node: Feedback_SM_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.6.2)
->  father_name = [SM_Inquiry_COS8]
-> ->     Feedback_SM_COS8(0)
-> ->     Inquiry_SM_COS8(1)


Register leaf node: Inquiry_SM_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.6.3)
->  father_name = [SM_Inquiry_COS8]
-> ->     Feedback_SM_COS8(0)
-> ->     Inquiry_SM_COS8(1)
-> ->     SM_Expiry_COS8(2)


Register leaf node: SM_Expiry_COS8.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS8(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.9.6.4)
->  father_name = [SM_Inquiry_COS8]
-> ->     Feedback_SM_COS8(0)
-> ->     Inquiry_SM_COS8(1)
-> ->     SM_Expiry_COS8(2)
-> ->     SM_Low_Balance_COS8(3)


Register leaf node: SM_Low_Balance_COS8.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)


Remark:  COS 9 Parameters.


Create node: Recharge_Promotion_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.1)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.1.1)
->  father_name = [Recharge_Promotion_COS9]
-> ->     Start_Date_COS9(0)


Register leaf node: Start_Date_COS9.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.1.2)
->  father_name = [Recharge_Promotion_COS9]
-> ->     Start_Date_COS9(0)
-> ->     End_Date_COS9(1)


Register leaf node: End_Date_COS9.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.1.3)
->  father_name = [Recharge_Promotion_COS9]
-> ->     Start_Date_COS9(0)
-> ->     End_Date_COS9(1)
-> ->     Promotion_Bonus_COS9(2)


Register leaf node: Promotion_Bonus_COS9.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.2)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)
-> ->     Tariff_Resolution_COS9(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.2.1)
->  father_name = [Tariff_Resolution_COS9]
-> ->     MO_Tariff_ID_COS9(0)


Register leaf node: MO_Tariff_ID_COS9.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.2.2)
->  father_name = [Tariff_Resolution_COS9]
-> ->     MO_Tariff_ID_COS9(0)
-> ->     MT_Tariff_ID_COS9(1)


Register leaf node: MT_Tariff_ID_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.2.3)
->  father_name = [Tariff_Resolution_COS9]
-> ->     MO_Tariff_ID_COS9(0)
-> ->     MT_Tariff_ID_COS9(1)
-> ->     Tariff_Subscription_COS9(2)


Register leaf node: Tariff_Subscription_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.2.4)
->  father_name = [Tariff_Resolution_COS9]
-> ->     MO_Tariff_ID_COS9(0)
-> ->     MT_Tariff_ID_COS9(1)
-> ->     Tariff_Subscription_COS9(2)
-> ->     Recharge_Card_Validity_COS9(3)


Register leaf node: Recharge_Card_Validity_COS9.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.3)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)
-> ->     Tariff_Resolution_COS9(1)
-> ->     Account_Control_COS9(2)


Remark:  Account control .


Create node: Min_balance_MO_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.3.1)
->  father_name = [Account_Control_COS9]
-> ->     Min_balance_MO_COS9(0)


Register leaf node: Min_balance_MO_COS9.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.3.2)
->  father_name = [Account_Control_COS9]
-> ->     Min_balance_MO_COS9(0)
-> ->     Maximum_Validity_COS9(1)


Register leaf node: Maximum_Validity_COS9.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.3.3)
->  father_name = [Account_Control_COS9]
-> ->     Min_balance_MO_COS9(0)
-> ->     Maximum_Validity_COS9(1)
-> ->     Release_Day_COS9(2)


Register leaf node: Release_Day_COS9.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.4)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)
-> ->     Tariff_Resolution_COS9(1)
-> ->     Account_Control_COS9(2)
-> ->     MT_Control_COS9(3)


Remark:  MT control .


Create node: Charge_Flag_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.4.1)
->  father_name = [MT_Control_COS9]
-> ->     Charge_Flag_COS9(0)


Register leaf node: Charge_Flag_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.4.2)
->  father_name = [MT_Control_COS9]
-> ->     Charge_Flag_COS9(0)
-> ->     Zero_Balance_Control_COS9(1)


Register leaf node: Zero_Balance_Control_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)
-> ->     Tariff_Resolution_COS9(1)
-> ->     Account_Control_COS9(2)
-> ->     MT_Control_COS9(3)
-> ->     Validity_Solution_COS9(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.1)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)


Register leaf node: Clear_Balance_Option_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.2)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)


Register leaf node: Validity_Recharge_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.3)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)
-> ->     Validity_Zero_Balance_COS9(2)


Register leaf node: Validity_Zero_Balance_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.4)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)
-> ->     Validity_Zero_Balance_COS9(2)
-> ->     Activated_Account_Validity_COS9(3)


Register leaf node: Activated_Account_Validity_COS9.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.5)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)
-> ->     Validity_Zero_Balance_COS9(2)
-> ->     Activated_Account_Validity_COS9(3)
-> ->     FF_Number_COS9(4)


Register leaf node: FF_Number_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.6)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)
-> ->     Validity_Zero_Balance_COS9(2)
-> ->     Activated_Account_Validity_COS9(3)
-> ->     FF_Number_COS9(4)
-> ->     Support_Credit_Card_COS9(5)


Register leaf node: Support_Credit_Card_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.5.7)
->  father_name = [Validity_Solution_COS9]
-> ->     Clear_Balance_Option_COS9(0)
-> ->     Validity_Recharge_COS9(1)
-> ->     Validity_Zero_Balance_COS9(2)
-> ->     Activated_Account_Validity_COS9(3)
-> ->     FF_Number_COS9(4)
-> ->     Support_Credit_Card_COS9(5)
-> ->     Credit_Vault_COS9(6)


Register leaf node: Credit_Vault_COS9.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.6)
->  father_name = [COS_9]
-> ->     Recharge_Promotion_COS9(0)
-> ->     Tariff_Resolution_COS9(1)
-> ->     Account_Control_COS9(2)
-> ->     MT_Control_COS9(3)
-> ->     Validity_Solution_COS9(4)
-> ->     SM_Inquiry_COS9(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.6.1)
->  father_name = [SM_Inquiry_COS9]
-> ->     Feedback_SM_COS9(0)


Register leaf node: Feedback_SM_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.6.2)
->  father_name = [SM_Inquiry_COS9]
-> ->     Feedback_SM_COS9(0)
-> ->     Inquiry_SM_COS9(1)


Register leaf node: Inquiry_SM_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.6.3)
->  father_name = [SM_Inquiry_COS9]
-> ->     Feedback_SM_COS9(0)
-> ->     Inquiry_SM_COS9(1)
-> ->     SM_Expiry_COS9(2)


Register leaf node: SM_Expiry_COS9.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS9(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.10.6.4)
->  father_name = [SM_Inquiry_COS9]
-> ->     Feedback_SM_COS9(0)
-> ->     Inquiry_SM_COS9(1)
-> ->     SM_Expiry_COS9(2)
-> ->     SM_Low_Balance_COS9(3)


Register leaf node: SM_Low_Balance_COS9.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)


Remark:  COS 10 Parameters.


Create node: Recharge_Promotion_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.1)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.1.1)
->  father_name = [Recharge_Promotion_COS10]
-> ->     Start_Date_COS10(0)


Register leaf node: Start_Date_COS10.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.1.2)
->  father_name = [Recharge_Promotion_COS10]
-> ->     Start_Date_COS10(0)
-> ->     End_Date_COS10(1)


Register leaf node: End_Date_COS10.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.1.3)
->  father_name = [Recharge_Promotion_COS10]
-> ->     Start_Date_COS10(0)
-> ->     End_Date_COS10(1)
-> ->     Promotion_Bonus_COS10(2)


Register leaf node: Promotion_Bonus_COS10.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.2)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)
-> ->     Tariff_Resolution_COS10(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.2.1)
->  father_name = [Tariff_Resolution_COS10]
-> ->     MO_Tariff_ID_COS10(0)


Register leaf node: MO_Tariff_ID_COS10.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.2.2)
->  father_name = [Tariff_Resolution_COS10]
-> ->     MO_Tariff_ID_COS10(0)
-> ->     MT_Tariff_ID_COS10(1)


Register leaf node: MT_Tariff_ID_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.2.3)
->  father_name = [Tariff_Resolution_COS10]
-> ->     MO_Tariff_ID_COS10(0)
-> ->     MT_Tariff_ID_COS10(1)
-> ->     Tariff_Subscription_COS10(2)


Register leaf node: Tariff_Subscription_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.2.4)
->  father_name = [Tariff_Resolution_COS10]
-> ->     MO_Tariff_ID_COS10(0)
-> ->     MT_Tariff_ID_COS10(1)
-> ->     Tariff_Subscription_COS10(2)
-> ->     Recharge_Card_Validity_COS10(3)


Register leaf node: Recharge_Card_Validity_COS10.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.3)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)
-> ->     Tariff_Resolution_COS10(1)
-> ->     Account_Control_COS10(2)


Remark:  Account control .


Create node: Min_balance_MO_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.3.1)
->  father_name = [Account_Control_COS10]
-> ->     Min_balance_MO_COS10(0)


Register leaf node: Min_balance_MO_COS10.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.3.2)
->  father_name = [Account_Control_COS10]
-> ->     Min_balance_MO_COS10(0)
-> ->     Maximum_Validity_COS10(1)


Register leaf node: Maximum_Validity_COS10.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.3.3)
->  father_name = [Account_Control_COS10]
-> ->     Min_balance_MO_COS10(0)
-> ->     Maximum_Validity_COS10(1)
-> ->     Release_Day_COS10(2)


Register leaf node: Release_Day_COS10.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.4)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)
-> ->     Tariff_Resolution_COS10(1)
-> ->     Account_Control_COS10(2)
-> ->     MT_Control_COS10(3)


Remark:  MT control .


Create node: Charge_Flag_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.4.1)
->  father_name = [MT_Control_COS10]
-> ->     Charge_Flag_COS10(0)


Register leaf node: Charge_Flag_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.4.2)
->  father_name = [MT_Control_COS10]
-> ->     Charge_Flag_COS10(0)
-> ->     Zero_Balance_Control_COS10(1)


Register leaf node: Zero_Balance_Control_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)
-> ->     Tariff_Resolution_COS10(1)
-> ->     Account_Control_COS10(2)
-> ->     MT_Control_COS10(3)
-> ->     Validity_Solution_COS10(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.1)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)


Register leaf node: Clear_Balance_Option_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.2)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)


Register leaf node: Validity_Recharge_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.3)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)
-> ->     Validity_Zero_Balance_COS10(2)


Register leaf node: Validity_Zero_Balance_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.4)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)
-> ->     Validity_Zero_Balance_COS10(2)
-> ->     Activated_Account_Validity_COS10(3)


Register leaf node: Activated_Account_Validity_COS10.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.5)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)
-> ->     Validity_Zero_Balance_COS10(2)
-> ->     Activated_Account_Validity_COS10(3)
-> ->     FF_Number_COS10(4)


Register leaf node: FF_Number_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.6)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)
-> ->     Validity_Zero_Balance_COS10(2)
-> ->     Activated_Account_Validity_COS10(3)
-> ->     FF_Number_COS10(4)
-> ->     Support_Credit_Card_COS10(5)


Register leaf node: Support_Credit_Card_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.5.7)
->  father_name = [Validity_Solution_COS10]
-> ->     Clear_Balance_Option_COS10(0)
-> ->     Validity_Recharge_COS10(1)
-> ->     Validity_Zero_Balance_COS10(2)
-> ->     Activated_Account_Validity_COS10(3)
-> ->     FF_Number_COS10(4)
-> ->     Support_Credit_Card_COS10(5)
-> ->     Credit_Vault_COS10(6)


Register leaf node: Credit_Vault_COS10.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.6)
->  father_name = [COS_10]
-> ->     Recharge_Promotion_COS10(0)
-> ->     Tariff_Resolution_COS10(1)
-> ->     Account_Control_COS10(2)
-> ->     MT_Control_COS10(3)
-> ->     Validity_Solution_COS10(4)
-> ->     SM_Inquiry_COS10(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.6.1)
->  father_name = [SM_Inquiry_COS10]
-> ->     Feedback_SM_COS10(0)


Register leaf node: Feedback_SM_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.6.2)
->  father_name = [SM_Inquiry_COS10]
-> ->     Feedback_SM_COS10(0)
-> ->     Inquiry_SM_COS10(1)


Register leaf node: Inquiry_SM_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.6.3)
->  father_name = [SM_Inquiry_COS10]
-> ->     Feedback_SM_COS10(0)
-> ->     Inquiry_SM_COS10(1)
-> ->     SM_Expiry_COS10(2)


Register leaf node: SM_Expiry_COS10.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS10(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.11.6.4)
->  father_name = [SM_Inquiry_COS10]
-> ->     Feedback_SM_COS10(0)
-> ->     Inquiry_SM_COS10(1)
-> ->     SM_Expiry_COS10(2)
-> ->     SM_Low_Balance_COS10(3)


Register leaf node: SM_Low_Balance_COS10.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)
-> ->     COS_11(11)


Remark:  COS 11 Parameters.


Create node: Recharge_Promotion_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.1)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.1.1)
->  father_name = [Recharge_Promotion_COS11]
-> ->     Start_Date_COS11(0)


Register leaf node: Start_Date_COS11.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.1.2)
->  father_name = [Recharge_Promotion_COS11]
-> ->     Start_Date_COS11(0)
-> ->     End_Date_COS11(1)


Register leaf node: End_Date_COS11.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.1.3)
->  father_name = [Recharge_Promotion_COS11]
-> ->     Start_Date_COS11(0)
-> ->     End_Date_COS11(1)
-> ->     Promotion_Bonus_COS11(2)


Register leaf node: Promotion_Bonus_COS11.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.2)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)
-> ->     Tariff_Resolution_COS11(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.2.1)
->  father_name = [Tariff_Resolution_COS11]
-> ->     MO_Tariff_ID_COS11(0)


Register leaf node: MO_Tariff_ID_COS11.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.2.2)
->  father_name = [Tariff_Resolution_COS11]
-> ->     MO_Tariff_ID_COS11(0)
-> ->     MT_Tariff_ID_COS11(1)


Register leaf node: MT_Tariff_ID_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.2.3)
->  father_name = [Tariff_Resolution_COS11]
-> ->     MO_Tariff_ID_COS11(0)
-> ->     MT_Tariff_ID_COS11(1)
-> ->     Tariff_Subscription_COS11(2)


Register leaf node: Tariff_Subscription_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.2.4)
->  father_name = [Tariff_Resolution_COS11]
-> ->     MO_Tariff_ID_COS11(0)
-> ->     MT_Tariff_ID_COS11(1)
-> ->     Tariff_Subscription_COS11(2)
-> ->     Recharge_Card_Validity_COS11(3)


Register leaf node: Recharge_Card_Validity_COS11.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.3)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)
-> ->     Tariff_Resolution_COS11(1)
-> ->     Account_Control_COS11(2)


Remark:  Account control .


Create node: Min_balance_MO_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.3.1)
->  father_name = [Account_Control_COS11]
-> ->     Min_balance_MO_COS11(0)


Register leaf node: Min_balance_MO_COS11.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.3.2)
->  father_name = [Account_Control_COS11]
-> ->     Min_balance_MO_COS11(0)
-> ->     Maximum_Validity_COS11(1)


Register leaf node: Maximum_Validity_COS11.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.3.3)
->  father_name = [Account_Control_COS11]
-> ->     Min_balance_MO_COS11(0)
-> ->     Maximum_Validity_COS11(1)
-> ->     Release_Day_COS11(2)


Register leaf node: Release_Day_COS11.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.4)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)
-> ->     Tariff_Resolution_COS11(1)
-> ->     Account_Control_COS11(2)
-> ->     MT_Control_COS11(3)


Remark:  MT control .


Create node: Charge_Flag_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.4.1)
->  father_name = [MT_Control_COS11]
-> ->     Charge_Flag_COS11(0)


Register leaf node: Charge_Flag_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.4.2)
->  father_name = [MT_Control_COS11]
-> ->     Charge_Flag_COS11(0)
-> ->     Zero_Balance_Control_COS11(1)


Register leaf node: Zero_Balance_Control_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)
-> ->     Tariff_Resolution_COS11(1)
-> ->     Account_Control_COS11(2)
-> ->     MT_Control_COS11(3)
-> ->     Validity_Solution_COS11(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.1)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)


Register leaf node: Clear_Balance_Option_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.2)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)


Register leaf node: Validity_Recharge_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.3)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)
-> ->     Validity_Zero_Balance_COS11(2)


Register leaf node: Validity_Zero_Balance_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.4)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)
-> ->     Validity_Zero_Balance_COS11(2)
-> ->     Activated_Account_Validity_COS11(3)


Register leaf node: Activated_Account_Validity_COS11.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.5)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)
-> ->     Validity_Zero_Balance_COS11(2)
-> ->     Activated_Account_Validity_COS11(3)
-> ->     FF_Number_COS11(4)


Register leaf node: FF_Number_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.6)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)
-> ->     Validity_Zero_Balance_COS11(2)
-> ->     Activated_Account_Validity_COS11(3)
-> ->     FF_Number_COS11(4)
-> ->     Support_Credit_Card_COS11(5)


Register leaf node: Support_Credit_Card_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.5.7)
->  father_name = [Validity_Solution_COS11]
-> ->     Clear_Balance_Option_COS11(0)
-> ->     Validity_Recharge_COS11(1)
-> ->     Validity_Zero_Balance_COS11(2)
-> ->     Activated_Account_Validity_COS11(3)
-> ->     FF_Number_COS11(4)
-> ->     Support_Credit_Card_COS11(5)
-> ->     Credit_Vault_COS11(6)


Register leaf node: Credit_Vault_COS11.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.6)
->  father_name = [COS_11]
-> ->     Recharge_Promotion_COS11(0)
-> ->     Tariff_Resolution_COS11(1)
-> ->     Account_Control_COS11(2)
-> ->     MT_Control_COS11(3)
-> ->     Validity_Solution_COS11(4)
-> ->     SM_Inquiry_COS11(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.6.1)
->  father_name = [SM_Inquiry_COS11]
-> ->     Feedback_SM_COS11(0)


Register leaf node: Feedback_SM_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.6.2)
->  father_name = [SM_Inquiry_COS11]
-> ->     Feedback_SM_COS11(0)
-> ->     Inquiry_SM_COS11(1)


Register leaf node: Inquiry_SM_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.6.3)
->  father_name = [SM_Inquiry_COS11]
-> ->     Feedback_SM_COS11(0)
-> ->     Inquiry_SM_COS11(1)
-> ->     SM_Expiry_COS11(2)


Register leaf node: SM_Expiry_COS11.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS11(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.12.6.4)
->  father_name = [SM_Inquiry_COS11]
-> ->     Feedback_SM_COS11(0)
-> ->     Inquiry_SM_COS11(1)
-> ->     SM_Expiry_COS11(2)
-> ->     SM_Low_Balance_COS11(3)


Register leaf node: SM_Low_Balance_COS11.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)
-> ->     COS_11(11)
-> ->     COS_12(12)


Remark:  COS 12 Parameters.


Create node: Recharge_Promotion_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.1)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.1.1)
->  father_name = [Recharge_Promotion_COS12]
-> ->     Start_Date_COS12(0)


Register leaf node: Start_Date_COS12.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.1.2)
->  father_name = [Recharge_Promotion_COS12]
-> ->     Start_Date_COS12(0)
-> ->     End_Date_COS12(1)


Register leaf node: End_Date_COS12.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.1.3)
->  father_name = [Recharge_Promotion_COS12]
-> ->     Start_Date_COS12(0)
-> ->     End_Date_COS12(1)
-> ->     Promotion_Bonus_COS12(2)


Register leaf node: Promotion_Bonus_COS12.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.2)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)
-> ->     Tariff_Resolution_COS12(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.2.1)
->  father_name = [Tariff_Resolution_COS12]
-> ->     MO_Tariff_ID_COS12(0)


Register leaf node: MO_Tariff_ID_COS12.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.2.2)
->  father_name = [Tariff_Resolution_COS12]
-> ->     MO_Tariff_ID_COS12(0)
-> ->     MT_Tariff_ID_COS12(1)


Register leaf node: MT_Tariff_ID_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.2.3)
->  father_name = [Tariff_Resolution_COS12]
-> ->     MO_Tariff_ID_COS12(0)
-> ->     MT_Tariff_ID_COS12(1)
-> ->     Tariff_Subscription_COS12(2)


Register leaf node: Tariff_Subscription_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.2.4)
->  father_name = [Tariff_Resolution_COS12]
-> ->     MO_Tariff_ID_COS12(0)
-> ->     MT_Tariff_ID_COS12(1)
-> ->     Tariff_Subscription_COS12(2)
-> ->     Recharge_Card_Validity_COS12(3)


Register leaf node: Recharge_Card_Validity_COS12.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.3)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)
-> ->     Tariff_Resolution_COS12(1)
-> ->     Account_Control_COS12(2)


Remark:  Account control .


Create node: Min_balance_MO_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.3.1)
->  father_name = [Account_Control_COS12]
-> ->     Min_balance_MO_COS12(0)


Register leaf node: Min_balance_MO_COS12.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.3.2)
->  father_name = [Account_Control_COS12]
-> ->     Min_balance_MO_COS12(0)
-> ->     Maximum_Validity_COS12(1)


Register leaf node: Maximum_Validity_COS12.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.3.3)
->  father_name = [Account_Control_COS12]
-> ->     Min_balance_MO_COS12(0)
-> ->     Maximum_Validity_COS12(1)
-> ->     Release_Day_COS12(2)


Register leaf node: Release_Day_COS12.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.4)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)
-> ->     Tariff_Resolution_COS12(1)
-> ->     Account_Control_COS12(2)
-> ->     MT_Control_COS12(3)


Remark:  MT control .


Create node: Charge_Flag_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.4.1)
->  father_name = [MT_Control_COS12]
-> ->     Charge_Flag_COS12(0)


Register leaf node: Charge_Flag_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.4.2)
->  father_name = [MT_Control_COS12]
-> ->     Charge_Flag_COS12(0)
-> ->     Zero_Balance_Control_COS12(1)


Register leaf node: Zero_Balance_Control_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)
-> ->     Tariff_Resolution_COS12(1)
-> ->     Account_Control_COS12(2)
-> ->     MT_Control_COS12(3)
-> ->     Validity_Solution_COS12(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.1)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)


Register leaf node: Clear_Balance_Option_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.2)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)


Register leaf node: Validity_Recharge_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.3)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)
-> ->     Validity_Zero_Balance_COS12(2)


Register leaf node: Validity_Zero_Balance_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.4)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)
-> ->     Validity_Zero_Balance_COS12(2)
-> ->     Activated_Account_Validity_COS12(3)


Register leaf node: Activated_Account_Validity_COS12.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.5)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)
-> ->     Validity_Zero_Balance_COS12(2)
-> ->     Activated_Account_Validity_COS12(3)
-> ->     FF_Number_COS12(4)


Register leaf node: FF_Number_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.6)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)
-> ->     Validity_Zero_Balance_COS12(2)
-> ->     Activated_Account_Validity_COS12(3)
-> ->     FF_Number_COS12(4)
-> ->     Support_Credit_Card_COS12(5)


Register leaf node: Support_Credit_Card_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.5.7)
->  father_name = [Validity_Solution_COS12]
-> ->     Clear_Balance_Option_COS12(0)
-> ->     Validity_Recharge_COS12(1)
-> ->     Validity_Zero_Balance_COS12(2)
-> ->     Activated_Account_Validity_COS12(3)
-> ->     FF_Number_COS12(4)
-> ->     Support_Credit_Card_COS12(5)
-> ->     Credit_Vault_COS12(6)


Register leaf node: Credit_Vault_COS12.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.6)
->  father_name = [COS_12]
-> ->     Recharge_Promotion_COS12(0)
-> ->     Tariff_Resolution_COS12(1)
-> ->     Account_Control_COS12(2)
-> ->     MT_Control_COS12(3)
-> ->     Validity_Solution_COS12(4)
-> ->     SM_Inquiry_COS12(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.6.1)
->  father_name = [SM_Inquiry_COS12]
-> ->     Feedback_SM_COS12(0)


Register leaf node: Feedback_SM_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.6.2)
->  father_name = [SM_Inquiry_COS12]
-> ->     Feedback_SM_COS12(0)
-> ->     Inquiry_SM_COS12(1)


Register leaf node: Inquiry_SM_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.6.3)
->  father_name = [SM_Inquiry_COS12]
-> ->     Feedback_SM_COS12(0)
-> ->     Inquiry_SM_COS12(1)
-> ->     SM_Expiry_COS12(2)


Register leaf node: SM_Expiry_COS12.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS12(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.13.6.4)
->  father_name = [SM_Inquiry_COS12]
-> ->     Feedback_SM_COS12(0)
-> ->     Inquiry_SM_COS12(1)
-> ->     SM_Expiry_COS12(2)
-> ->     SM_Low_Balance_COS12(3)


Register leaf node: SM_Low_Balance_COS12.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)
-> ->     COS_11(11)
-> ->     COS_12(12)
-> ->     COS_13(13)


Remark:  COS 13 Parameters.


Create node: Recharge_Promotion_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.1)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.1.1)
->  father_name = [Recharge_Promotion_COS13]
-> ->     Start_Date_COS13(0)


Register leaf node: Start_Date_COS13.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.1.2)
->  father_name = [Recharge_Promotion_COS13]
-> ->     Start_Date_COS13(0)
-> ->     End_Date_COS13(1)


Register leaf node: End_Date_COS13.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.1.3)
->  father_name = [Recharge_Promotion_COS13]
-> ->     Start_Date_COS13(0)
-> ->     End_Date_COS13(1)
-> ->     Promotion_Bonus_COS13(2)


Register leaf node: Promotion_Bonus_COS13.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.2)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)
-> ->     Tariff_Resolution_COS13(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS0(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.2.1)
->  father_name = [Tariff_Resolution_COS13]
-> ->     MO_Tariff_ID_COS0(0)


Register leaf node: MO_Tariff_ID_COS0.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.2.2)
->  father_name = [Tariff_Resolution_COS13]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS13(1)


Register leaf node: MT_Tariff_ID_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.2.3)
->  father_name = [Tariff_Resolution_COS13]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS13(1)
-> ->     Tariff_Subscription_COS13(2)


Register leaf node: Tariff_Subscription_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.2.4)
->  father_name = [Tariff_Resolution_COS13]
-> ->     MO_Tariff_ID_COS0(0)
-> ->     MT_Tariff_ID_COS13(1)
-> ->     Tariff_Subscription_COS13(2)
-> ->     Recharge_Card_Validity_COS13(3)


Register leaf node: Recharge_Card_Validity_COS13.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.3)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)
-> ->     Tariff_Resolution_COS13(1)
-> ->     Account_Control_COS13(2)


Remark:  Account control .


Create node: Min_balance_MO_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.3.1)
->  father_name = [Account_Control_COS13]
-> ->     Min_balance_MO_COS13(0)


Register leaf node: Min_balance_MO_COS13.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.3.2)
->  father_name = [Account_Control_COS13]
-> ->     Min_balance_MO_COS13(0)
-> ->     Maximum_Validity_COS13(1)


Register leaf node: Maximum_Validity_COS13.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.3.3)
->  father_name = [Account_Control_COS13]
-> ->     Min_balance_MO_COS13(0)
-> ->     Maximum_Validity_COS13(1)
-> ->     Release_Day_COS13(2)


Register leaf node: Release_Day_COS13.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.4)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)
-> ->     Tariff_Resolution_COS13(1)
-> ->     Account_Control_COS13(2)
-> ->     MT_Control_COS13(3)


Remark:  MT control .


Create node: Charge_Flag_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.4.1)
->  father_name = [MT_Control_COS13]
-> ->     Charge_Flag_COS13(0)


Register leaf node: Charge_Flag_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.4.2)
->  father_name = [MT_Control_COS13]
-> ->     Charge_Flag_COS13(0)
-> ->     Zero_Balance_Control_COS13(1)


Register leaf node: Zero_Balance_Control_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)
-> ->     Tariff_Resolution_COS13(1)
-> ->     Account_Control_COS13(2)
-> ->     MT_Control_COS13(3)
-> ->     Validity_Solution_COS13(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.1)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)


Register leaf node: Clear_Balance_Option_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.2)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)


Register leaf node: Validity_Recharge_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.3)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)
-> ->     Validity_Zero_Balance_COS13(2)


Register leaf node: Validity_Zero_Balance_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.4)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)
-> ->     Validity_Zero_Balance_COS13(2)
-> ->     Activated_Account_Validity_COS13(3)


Register leaf node: Activated_Account_Validity_COS13.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.5)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)
-> ->     Validity_Zero_Balance_COS13(2)
-> ->     Activated_Account_Validity_COS13(3)
-> ->     FF_Number_COS13(4)


Register leaf node: FF_Number_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.6)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)
-> ->     Validity_Zero_Balance_COS13(2)
-> ->     Activated_Account_Validity_COS13(3)
-> ->     FF_Number_COS13(4)
-> ->     Support_Credit_Card_COS13(5)


Register leaf node: Support_Credit_Card_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.5.7)
->  father_name = [Validity_Solution_COS13]
-> ->     Clear_Balance_Option_COS13(0)
-> ->     Validity_Recharge_COS13(1)
-> ->     Validity_Zero_Balance_COS13(2)
-> ->     Activated_Account_Validity_COS13(3)
-> ->     FF_Number_COS13(4)
-> ->     Support_Credit_Card_COS13(5)
-> ->     Credit_Vault_COS13(6)


Register leaf node: Credit_Vault_COS13.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.6)
->  father_name = [COS_13]
-> ->     Recharge_Promotion_COS13(0)
-> ->     Tariff_Resolution_COS13(1)
-> ->     Account_Control_COS13(2)
-> ->     MT_Control_COS13(3)
-> ->     Validity_Solution_COS13(4)
-> ->     SM_Inquiry_COS13(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.6.1)
->  father_name = [SM_Inquiry_COS13]
-> ->     Feedback_SM_COS13(0)


Register leaf node: Feedback_SM_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.6.2)
->  father_name = [SM_Inquiry_COS13]
-> ->     Feedback_SM_COS13(0)
-> ->     Inquiry_SM_COS13(1)


Register leaf node: Inquiry_SM_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.6.3)
->  father_name = [SM_Inquiry_COS13]
-> ->     Feedback_SM_COS13(0)
-> ->     Inquiry_SM_COS13(1)
-> ->     SM_Expiry_COS13(2)


Register leaf node: SM_Expiry_COS13.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS13(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.14.6.4)
->  father_name = [SM_Inquiry_COS13]
-> ->     Feedback_SM_COS13(0)
-> ->     Inquiry_SM_COS13(1)
-> ->     SM_Expiry_COS13(2)
-> ->     SM_Low_Balance_COS13(3)


Register leaf node: SM_Low_Balance_COS13.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)
-> ->     COS_11(11)
-> ->     COS_12(12)
-> ->     COS_13(13)
-> ->     COS_14(14)


Remark:  COS 14 Parameters.


Create node: Recharge_Promotion_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.1)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.1.1)
->  father_name = [Recharge_Promotion_COS14]
-> ->     Start_Date_COS14(0)


Register leaf node: Start_Date_COS14.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.1.2)
->  father_name = [Recharge_Promotion_COS14]
-> ->     Start_Date_COS14(0)
-> ->     End_Date_COS14(1)


Register leaf node: End_Date_COS14.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.1.3)
->  father_name = [Recharge_Promotion_COS14]
-> ->     Start_Date_COS14(0)
-> ->     End_Date_COS14(1)
-> ->     Promotion_Bonus_COS14(2)


Register leaf node: Promotion_Bonus_COS14.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.2)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)
-> ->     Tariff_Resolution_COS14(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.2.1)
->  father_name = [Tariff_Resolution_COS14]
-> ->     MO_Tariff_ID_COS14(0)


Register leaf node: MO_Tariff_ID_COS14.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.2.2)
->  father_name = [Tariff_Resolution_COS14]
-> ->     MO_Tariff_ID_COS14(0)
-> ->     MT_Tariff_ID_COS14(1)


Register leaf node: MT_Tariff_ID_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.2.3)
->  father_name = [Tariff_Resolution_COS14]
-> ->     MO_Tariff_ID_COS14(0)
-> ->     MT_Tariff_ID_COS14(1)
-> ->     Tariff_Subscription_COS14(2)


Register leaf node: Tariff_Subscription_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.2.4)
->  father_name = [Tariff_Resolution_COS14]
-> ->     MO_Tariff_ID_COS14(0)
-> ->     MT_Tariff_ID_COS14(1)
-> ->     Tariff_Subscription_COS14(2)
-> ->     Recharge_Card_Validity_COS14(3)


Register leaf node: Recharge_Card_Validity_COS14.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.3)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)
-> ->     Tariff_Resolution_COS14(1)
-> ->     Account_Control_COS14(2)


Remark:  Account control .


Create node: Min_balance_MO_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.3.1)
->  father_name = [Account_Control_COS14]
-> ->     Min_balance_MO_COS14(0)


Register leaf node: Min_balance_MO_COS14.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.3.2)
->  father_name = [Account_Control_COS14]
-> ->     Min_balance_MO_COS14(0)
-> ->     Maximum_Validity_COS14(1)


Register leaf node: Maximum_Validity_COS14.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.3.3)
->  father_name = [Account_Control_COS14]
-> ->     Min_balance_MO_COS14(0)
-> ->     Maximum_Validity_COS14(1)
-> ->     Release_Day_COS14(2)


Register leaf node: Release_Day_COS14.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.4)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)
-> ->     Tariff_Resolution_COS14(1)
-> ->     Account_Control_COS14(2)
-> ->     MT_Control_COS14(3)


Remark:  MT control .


Create node: Charge_Flag_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.4.1)
->  father_name = [MT_Control_COS14]
-> ->     Charge_Flag_COS14(0)


Register leaf node: Charge_Flag_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.4.2)
->  father_name = [MT_Control_COS14]
-> ->     Charge_Flag_COS14(0)
-> ->     Zero_Balance_Control_COS14(1)


Register leaf node: Zero_Balance_Control_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)
-> ->     Tariff_Resolution_COS14(1)
-> ->     Account_Control_COS14(2)
-> ->     MT_Control_COS14(3)
-> ->     Validity_Solution_COS14(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.1)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)


Register leaf node: Clear_Balance_Option_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.2)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)


Register leaf node: Validity_Recharge_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.3)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)
-> ->     Validity_Zero_Balance_COS14(2)


Register leaf node: Validity_Zero_Balance_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.4)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)
-> ->     Validity_Zero_Balance_COS14(2)
-> ->     Activated_Account_Validity_COS14(3)


Register leaf node: Activated_Account_Validity_COS14.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.5)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)
-> ->     Validity_Zero_Balance_COS14(2)
-> ->     Activated_Account_Validity_COS14(3)
-> ->     FF_Number_COS14(4)


Register leaf node: FF_Number_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.6)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)
-> ->     Validity_Zero_Balance_COS14(2)
-> ->     Activated_Account_Validity_COS14(3)
-> ->     FF_Number_COS14(4)
-> ->     Support_Credit_Card_COS14(5)


Register leaf node: Support_Credit_Card_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.5.7)
->  father_name = [Validity_Solution_COS14]
-> ->     Clear_Balance_Option_COS14(0)
-> ->     Validity_Recharge_COS14(1)
-> ->     Validity_Zero_Balance_COS14(2)
-> ->     Activated_Account_Validity_COS14(3)
-> ->     FF_Number_COS14(4)
-> ->     Support_Credit_Card_COS14(5)
-> ->     Credit_Vault_COS14(6)


Register leaf node: Credit_Vault_COS14.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.6)
->  father_name = [COS_14]
-> ->     Recharge_Promotion_COS14(0)
-> ->     Tariff_Resolution_COS14(1)
-> ->     Account_Control_COS14(2)
-> ->     MT_Control_COS14(3)
-> ->     Validity_Solution_COS14(4)
-> ->     SM_Inquiry_COS14(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.6.1)
->  father_name = [SM_Inquiry_COS14]
-> ->     Feedback_SM_COS14(0)


Register leaf node: Feedback_SM_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.6.2)
->  father_name = [SM_Inquiry_COS14]
-> ->     Feedback_SM_COS14(0)
-> ->     Inquiry_SM_COS14(1)


Register leaf node: Inquiry_SM_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.6.3)
->  father_name = [SM_Inquiry_COS14]
-> ->     Feedback_SM_COS14(0)
-> ->     Inquiry_SM_COS14(1)
-> ->     SM_Expiry_COS14(2)


Register leaf node: SM_Expiry_COS14.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS14(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.15.6.4)
->  father_name = [SM_Inquiry_COS14]
-> ->     Feedback_SM_COS14(0)
-> ->     Inquiry_SM_COS14(1)
-> ->     SM_Expiry_COS14(2)
-> ->     SM_Low_Balance_COS14(3)


Register leaf node: SM_Low_Balance_COS14.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: COS_15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16)
->  father_name = [COS_Param]
-> ->     COS_0(0)
-> ->     COS_1(1)
-> ->     COS_2(2)
-> ->     COS_3(3)
-> ->     COS_4(4)
-> ->     COS_5(5)
-> ->     COS_6(6)
-> ->     COS_7(7)
-> ->     COS_8(8)
-> ->     COS_9(9)
-> ->     COS_10(10)
-> ->     COS_11(11)
-> ->     COS_12(12)
-> ->     COS_13(13)
-> ->     COS_14(14)
-> ->     COS_15(15)


Remark:  COS 15 Parameters.


Create node: Recharge_Promotion_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.1)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)


Remark:  Recharge Promotion.


Create node: Start_Date_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.1.1)
->  father_name = [Recharge_Promotion_COS15]
-> ->     Start_Date_COS15(0)


Register leaf node: Start_Date_COS15.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is
valid. Operator defines the promotion period by specifying the start and end
date. Each COS may have its own promotion period. Subscriber recharges his 
account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: End_Date_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.1.2)
->  father_name = [Recharge_Promotion_COS15]
-> ->     Start_Date_COS15(0)
-> ->     End_Date_COS15(1)


Register leaf node: End_Date_COS15.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : The promotion period is the period of time in which the recharge promotion is valid. Operator 
defines the promotion period by specifying the start and end date. Each COS may have its own promotion period. 
Subscriber recharges his account within the promotion period of his COS will receive a promotion bonus. 
To turn off the recharge promotion, set the start and end date as 000000.

Field   : total(3)
Access  : read-write[1]Year: 20 
		  {
		    [u]0.0-0.7
		    [u]input
		    [v]KeepHex high 0
		  }
[2]Month
		  {
		    [u]1.0-1.7
		    [u]input
		    [v]KeepHex high 0
		  }
[3]Day					          
		  {
		    [u]2.0-2.7
		    [u]input
		    [v]KeepHex high 0
		  }


Create node: Promotion_Bonus_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.1.3)
->  father_name = [Recharge_Promotion_COS15]
-> ->     Start_Date_COS15(0)
-> ->     End_Date_COS15(1)
-> ->     Promotion_Bonus_COS15(2)


Register leaf node: Promotion_Bonus_COS15.
Instance: 4
Length  : 9
Flag    : 255
Default : 
Remark  : Promotion bonus is the extra credit that a subscriber will get when he recharges his account
in the promotion period. The amount of the bonus is determined by the recharge card credit.
Operator may set the bonus for four types of recharge card of each COS. Generally the recharge
card with higher credit is awarded more bonus. 
Please note that the promotion bonus is only applicable for paying call charging. It can't be
used to pay the rental fee. (e.g. monthly rental). In addition, the bonus will always be 
deducted prior to the recharge card credit.
Promotion bonus validity is the period of time that the bonus is valid. Bonus over the 
validity period will be obsolete and deleted from account balance. That means the subscriber
must consume his entire promotion bonus within the time frame set by the operator. The operator
has the total freedom to design the validity period - shorter, same or longer than the validity
period of the recharge credit. 

Field   : total(3)
Access  : read-write[1]Recharge card credit
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[2]Promotion bonus
		  {
		    [u]4.0-7.7
		    [u]input
		    [v]toDec high 0
		  }
[3]Bonus validity
		  {
		    [u]8.0-8.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Tariff_Resolution_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.2)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)
-> ->     Tariff_Resolution_COS15(1)


Remark:  Tariff Resolution.


Create node: MO_Tariff_ID_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.2.1)
->  father_name = [Tariff_Resolution_COS15]
-> ->     MO_Tariff_ID_COS15(0)


Register leaf node: MO_Tariff_ID_COS15.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk 
to PPS memory after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(1)
Access  : read-write          [1]New tariff flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Set
		  }


Create node: MT_Tariff_ID_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.2.2)
->  father_name = [Tariff_Resolution_COS15]
-> ->     MO_Tariff_ID_COS15(0)
-> ->     MT_Tariff_ID_COS15(1)


Register leaf node: MT_Tariff_ID_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Select a MT tariff for this COS. The COS ID is included in subscriber profile 
for MT call charge. Total 16 MT tariffs available. 

Field   : total(1)
Access  : read-write          [1]MT tariff ID
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]00 
		    [v]1[opt]01 
		    [v]2[opt]02 
		    [v]3[opt]03 
		    [v]4[opt]04 
		    [v]5[opt]05 
		    [v]6[opt]06 
		    [v]7[opt]07 
		    [v]8[opt]08 
		    [v]9[opt]09
		    [v]10[opt]10 
		    [v]11[opt]11 
		    [v]12[opt]12 
		    [v]13[opt]13 
		    [v]14[opt]14 
		    [v]15[opt]15
		  }


Create node: Tariff_Subscription_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.2.3)
->  father_name = [Tariff_Resolution_COS15]
-> ->     MO_Tariff_ID_COS15(0)
-> ->     MT_Tariff_ID_COS15(1)
-> ->     Tariff_Subscription_COS15(2)


Register leaf node: Tariff_Subscription_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS basic tariff may be applied on either area (parameter Basic tariff zone)
or subscriber (Tariff ID in subscriber profile) basis. This parameter defines
which one is preference when debiting a subscriber.

Field   : total(1)
Access  : read-write          [1]Charge by
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Tariff set in subscriber profile 
		    [v]1[opt]Parameter 'Basic tariff zone' 
		  }


Create node: Recharge_Card_Validity_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.2.4)
->  father_name = [Tariff_Resolution_COS15]
-> ->     MO_Tariff_ID_COS15(0)
-> ->     MT_Tariff_ID_COS15(1)
-> ->     Tariff_Subscription_COS15(2)
-> ->     Recharge_Card_Validity_COS15(3)


Register leaf node: Recharge_Card_Validity_COS15.
Instance: 4
Length  : 6
Flag    : 255
Default : 
Remark  : Read only. This flag is used to upload the new tariff stored in PPS harddisk to PPS memory 
after submitting the new tariff to the PPS harddisk
consequently enable the new tariff startup.

Field   : total(3)
Access  : read-write[1]Face value
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }
[2]MO validity
		  {
		    [u]2.0-3.7
		    [u]input
		    [v]toDec high 0
		  }
[3]MT validity
		  {
		    [u]4.0-5.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Account_Control_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.3)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)
-> ->     Tariff_Resolution_COS15(1)
-> ->     Account_Control_COS15(2)


Remark:  Account control .


Create node: Min_balance_MO_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.3.1)
->  father_name = [Account_Control_COS15]
-> ->     Min_balance_MO_COS15(0)


Register leaf node: Min_balance_MO_COS15.
Instance: 1
Length  : 2
Flag    : 255
Default : 
Remark  : Set a minimum balance for MO call. The subscriber whose balance is below this
threshold can't make MO call. The unit of the minimum balance is the smallest 
unit of currency. 

Field   : total(2)
Access  : read-write          [1]Set threshold for MO call
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not set 
		    [v]1[opt]Set 
		  }
[2]Minimum balance for MO call
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Maximum_Validity_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.3.2)
->  father_name = [Account_Control_COS15]
-> ->     Min_balance_MO_COS15(0)
-> ->     Maximum_Validity_COS15(1)


Register leaf node: Maximum_Validity_COS15.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Specify the legal maximum balance, unit is the minimum currency unit. This
value is for overflow prevention. Normally operator doesn't need to change
this value. e.g. 5000, and the smallest unit is cent then the maximum allowed
balance is 5000 cents. 

Field   : total(1)
Access  : read-write[1]Maximum account balance
		  {
		    [u]0.0-3.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: Release_Day_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.3.3)
->  father_name = [Account_Control_COS15]
-> ->     Min_balance_MO_COS15(0)
-> ->     Maximum_Validity_COS15(1)
-> ->     Release_Day_COS15(2)


Register leaf node: Release_Day_COS15.
Instance: 1
Length  : 2
Flag    : 255
Default : <02>
Remark  : Number of days to hold an expiried prepaid account. After these release days,
if the expired prepaid user does't recharge his account, his account will be released. After 
released, the MSISDN of the released account can be reuse by other subscribers. Dedault=30. 

Field   : total(1)
Access  : read-write[1]Release day
		  {
		    [u]0.0-1.7
		    [u]input
		    [v]toDec high 0
		  }


Create node: MT_Control_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.4)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)
-> ->     Tariff_Resolution_COS15(1)
-> ->     Account_Control_COS15(2)
-> ->     MT_Control_COS15(3)


Remark:  MT control .


Create node: Charge_Flag_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.4.1)
->  father_name = [MT_Control_COS15]
-> ->     Charge_Flag_COS15(0)


Register leaf node: Charge_Flag_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable MT call charge for prepaid subscriber.

Field   : total(1)
Access  : read-write          [1]MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not charged 
		    [v]1[opt]Charged 
		  }


Create node: Zero_Balance_Control_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.4.2)
->  father_name = [MT_Control_COS15]
-> ->     Charge_Flag_COS15(0)
-> ->     Zero_Balance_Control_COS15(1)


Register leaf node: Zero_Balance_Control_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 

Remark  : Enable or disable (MT) incoming calls when balance reaches zero. 

Field   : total(1)
Access  : read-write          [1]Zero balance MT call 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Not allowed 
		    [v]1[opt]Allowed 
		  }


Create node: Validity_Solution_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)
-> ->     Tariff_Resolution_COS15(1)
-> ->     Account_Control_COS15(2)
-> ->     MT_Control_COS15(3)
-> ->     Validity_Solution_COS15(4)


Remark:  Validity solution .


Create node: Clear_Balance_Option_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.1)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)


Register leaf node: Clear_Balance_Option_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if clear off balance when an account expires or released.
If the balance is cleared] the balance will not be reused anyway.	

Field   : total(3)
Access  : read-write          [1]When account expires 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }
          [2]When account is released 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Not clear balance 
		    [v]1[opt]Clear balance 
		  }


Create node: Validity_Recharge_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.2)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)


Register leaf node: Validity_Recharge_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set account validity increasement mode after a successful recharge. Accumulate: 
the validity of the recharged money will be accumulated to the recharged account.
Replace: if the validity of the recharged money is more than the current account 
validity, the account validity will be replaced by the validity of recharged money,
if the validity of the recharged money is less than the current account validity] the
account validity will not be changed after a successful recharge. 

Field   : total(1)
Access  : read-write          [1]Validity after recharge 
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Accumulate 
		    [v]1[opt]Replace 
		  }


Create node: Validity_Zero_Balance_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.3)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)
-> ->     Validity_Zero_Balance_COS15(2)


Register leaf node: Validity_Zero_Balance_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Enable or disable account validity ajustment when balance reaches zero,and if enabled, preset the
validity ajustment days. Disable=not change validity when balance reaches zero. Enable=change validity
to a preset period (see below) when balance reaches zero. Days: preset a validity ajustment period for
a zero balance account. If a zero balance account's current validity is less than the preset adjustment
validity] the system will keep this account's current validity. e.g. If this function is enabled] 
and validity ajustment is set as 30 days] when a subscriber with 40 days' validity reaches zero balance]
his validity will be changed to 30 days. He will can receive incoming call for 30 days given the parameter
Zero balance MT call is enabled. Defaut=not change] validity adjustment disable. 

Field   : total(2)
Access  : read-write          [1]Validity on zero balance 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not change
		    [v]1[opt]Change 
		  }
[2]Days
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Activated_Account_Validity_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.4)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)
-> ->     Validity_Zero_Balance_COS15(2)
-> ->     Activated_Account_Validity_COS15(3)


Register leaf node: Activated_Account_Validity_COS15.
Instance: 1
Length  : 3
Flag    : 255
Default : 
Remark  : Set validity for an account who is activated from fresh status by dialing inquiry
number. The unit is day. Defaul=30 days. 

Field   : total(2)
Access  : read-write          [1]Activation by inquiring 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Validity of activated account with zero balance 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: FF_Number_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.5)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)
-> ->     Validity_Zero_Balance_COS15(2)
-> ->     Activated_Account_Validity_COS15(3)
-> ->     FF_Number_COS15(4)


Register leaf node: FF_Number_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge for changing family number. Free times of changing: set total times
of free change for family number if charge is enabled. Maximum is 15

Field   : total(5)
Access  : read-write          [1]CUG serivce flag
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable
		  }
          [2]F & F service flag 
		  {
		    [u]0.6-0.6
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [3]Edition F & F list charge flag 
		  {
		    [u]0.5-0.5
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[5]Free times of changing 
		  {
		    [u]0.0-0.3
		    [u]input
		    [v]toDec high 0
		  }


Create node: Support_Credit_Card_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.6)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)
-> ->     Validity_Zero_Balance_COS15(2)
-> ->     Activated_Account_Validity_COS15(3)
-> ->     FF_Number_COS15(4)
-> ->     Support_Credit_Card_COS15(5)


Register leaf node: Support_Credit_Card_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Support_Credit_Card_COS

Field   : total(1)
Access  : read-write          [1]Support credit card flag
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Support
		    [v]1[opt]Not support 
		  }


Create node: Credit_Vault_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.5.7)
->  father_name = [Validity_Solution_COS15]
-> ->     Clear_Balance_Option_COS15(0)
-> ->     Validity_Recharge_COS15(1)
-> ->     Validity_Zero_Balance_COS15(2)
-> ->     Activated_Account_Validity_COS15(3)
-> ->     FF_Number_COS15(4)
-> ->     Support_Credit_Card_COS15(5)
-> ->     Credit_Vault_COS15(6)


Register leaf node: Credit_Vault_COS15.
Instance: 1
Length  : 2
Flag    : 255
Default : d
Remark  : When a subscriber is rejected to make a call because of the insufficient balance, he may select
to set the credit vault to get a preset amount of overdraft to make call. The amount of the overdraft
(credit vault) is set by network operator. The system will deduct this overdraft by debiting his account balance at the next recharge. 

Field   : total(2)
Access  : read-write          [1]Support credit vault
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Not support 
		    [v]1[opt]Support 
		  }
[2]Credit vault
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Inquiry_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.6)
->  father_name = [COS_15]
-> ->     Recharge_Promotion_COS15(0)
-> ->     Tariff_Resolution_COS15(1)
-> ->     Account_Control_COS15(2)
-> ->     MT_Control_COS15(3)
-> ->     Validity_Solution_COS15(4)
-> ->     SM_Inquiry_COS15(5)


Remark:  SM inquiry notification .


Create node: Feedback_SM_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.6.1)
->  father_name = [SM_Inquiry_COS15]
-> ->     Feedback_SM_COS15(0)


Register leaf node: Feedback_SM_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set if send feedback short message for balance inquiry or recharge operation.  

Field   : total(3)
Access  : read-write          [1]Send SM for recharge result 
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
          [2]Send SM for inquiry result
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }


Create node: Inquiry_SM_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.6.2)
->  father_name = [SM_Inquiry_COS15]
-> ->     Feedback_SM_COS15(0)
-> ->     Inquiry_SM_COS15(1)


Register leaf node: Inquiry_SM_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable charge on inquiry short message. Subscriber may inquire his account by sending a SM (may be vacant) 
to the inquiry service number. Free SMs for every day: set quantity of free inquiry short message on a daily basis if 
charge is enabled. Maximum is 128. 

Field   : total(2)
Access  : read-write          [1]Charge on inquiry SM 
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Not charge 
		    [v]1[opt]Charge 
		  }
[2]Free SM every day 
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Expiry_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.6.3)
->  father_name = [SM_Inquiry_COS15]
-> ->     Feedback_SM_COS15(0)
-> ->     Inquiry_SM_COS15(1)
-> ->     SM_Expiry_COS15(2)


Register leaf node: SM_Expiry_COS15.
Instance: 1
Length  : 1
Flag    : 255
Default : <20>
Remark  : Enable or disable sending notification short message when an account is going to expire. If the Days
is set as 5, the PPS will send the notification SM to a subscriber whose account validity will expire
in five days.  

Field   : total(2)
Access  : read-write          [1]Send SM notification
		  {
		    [u]0.7-0.7
		    [u]select
		    [v]0[opt]Disable
		    [v]1[opt]Enable 
		  }
[2]Days prior to expiry date
		  {
		    [u]0.0-0.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: SM_Low_Balance_COS15(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.4.16.6.4)
->  father_name = [SM_Inquiry_COS15]
-> ->     Feedback_SM_COS15(0)
-> ->     Inquiry_SM_COS15(1)
-> ->     SM_Expiry_COS15(2)
-> ->     SM_Low_Balance_COS15(3)


Register leaf node: SM_Low_Balance_COS15.
Instance: 1
Length  : 2
Flag    : 255
Default : <20><>
Remark  : Enable or disable sending notification short message when an account's balance is too low.
Balance level to send SM: set a low balance for short message notification. PPS will send 
a notification short message to an subscriber whose balance is no more than the preset low
balance value. e.g. if set bit0-14 as 100, when a subscriber'sbalance becomes less than 100,
the PPS will send the notification SM to this subscriber indicating low balance. 

Field   : total(2)
Access  : read-write          [1]Send SM notification 
		  {
		    [u]1.7-1.7
		    [u]select
		    [v]0[opt]Disable 
		    [v]1[opt]Enable 
		  }
[2]Balance level to send SM 
		  {
		    [u]0.0-1.6
		    [u]input
		    [v]toDec high 0
		  }


Create node: Call_Routing_VMS(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5)
->  father_name = [Configuration]
-> ->     Service_Control(0)
-> ->     SRF_Param(1)
-> ->     File_Operation(2)
-> ->     COS_Param(3)
-> ->     Call_Routing_VMS(4)


Remark:  Call routing to VMS .


Create node: VMS_PLMN_Maintenance(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5.1)
->  father_name = [Call_Routing_VMS]
-> ->     VMS_PLMN_Maintenance(0)


Register leaf node: VMS_PLMN_Maintenance.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Voice mail service center number. It is used by the PPS to route the VMS calls to the VMS. 

Field   : total(1)
Access  : read-only[1]VMS service number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: VMS_PSTN_Maintenance(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5.2)
->  father_name = [Call_Routing_VMS]
-> ->     VMS_PLMN_Maintenance(0)
-> ->     VMS_PSTN_Maintenance(1)


Register leaf node: VMS_PSTN_Maintenance.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Voice mail service center number. It is used by the PPS to route the VMS calls to the VMS. 

Field   : total(1)
Access  : read-only[1]VMS service number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: VMS_leave_msg_No(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5.3)
->  father_name = [Call_Routing_VMS]
-> ->     VMS_PLMN_Maintenance(0)
-> ->     VMS_PSTN_Maintenance(1)
-> ->     VMS_leave_msg_No(2)


Register leaf node: VMS_leave_msg_No.
Instance: 1
Length  : 16
Flag    : 255
Default : 
Remark  : Voice mail service center number. It is used by the PPS to route the VMS calls to the VMS. 

Field   : total(1)
Access  : read-only[1]VMS deposit number
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Rule(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5.4)
->  father_name = [Call_Routing_VMS]
-> ->     VMS_PLMN_Maintenance(0)
-> ->     VMS_PSTN_Maintenance(1)
-> ->     VMS_leave_msg_No(2)
-> ->     Rule(3)


Register leaf node: Rule.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : rule

Field   : total(3)
Access  : read-only          [1]Route by
		  {
		    [u]0.0-0.0
		    [u]select
		    [v]0[opt]Prefix 
		    [v]1[opt]Whole number 
		  }
          [2]Route
		  {
		    [u]0.1-0.1
		    [u]select
		    [v]0[opt]Caller number
		    [v]1[opt]Called number 
		  }


Create node: VMS_User_Segments(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.5.5)
->  father_name = [Call_Routing_VMS]
-> ->     VMS_PLMN_Maintenance(0)
-> ->     VMS_PSTN_Maintenance(1)
-> ->     VMS_leave_msg_No(2)
-> ->     Rule(3)
-> ->     VMS_User_Segments(4)


Register leaf node: VMS_User_Segments.
Instance: 128
Length  : 80
Flag    : 255
Default : 86755900000
Remark  : VMS user segments	

Field   : total(5)
Access  : read-only[1]Start MSISDN
		  {
		    [u]0.0-15.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[2]End MSISDN
		  {
		    [u]16.0-31.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[3]VMS service number - PLMN
		  {
		    [u]32.0-47.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[4]VMS service number - PSTN
		  {
		    [u]48.0-63.7
		    [u]input
		    [v]ToAscii Low 0
		  }
[5]Leave message deposit number 
		  {
		    [u]64.0-79.7
		    [u]input
		    [v]ToAscii Low 0
		  }


Create node: Status(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.6)
->  father_name = [Configuration]
-> ->     Service_Control(0)
-> ->     SRF_Param(1)
-> ->     File_Operation(2)
-> ->     COS_Param(3)
-> ->     Call_Routing_VMS(4)
-> ->     Status(5)


Remark:  Status.


Create node: Activation(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.6.1)
->  father_name = [Status]
-> ->     Activation(0)


Register leaf node: Activation.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Set PPS system status. 0=normal. After initial PPS installation, if the PPS system doesn't has subscriber profiles, its status is suspended. In this case operator may set this parameter (normal) to activate the PPS server.	

Field   : total(1)
Access  : read-only          [1]System status
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]0[opt]Normal 
		  }


Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.6.2.1.6.2)
->  father_name = [Status]
-> ->     Activation(0)
-> ->     Command(1)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : PPS management command. 
Save parameters: Save PPS parameters in PPS memory to PPS hard disk.
Save user data: Save PPS subscriber data in PPS memory to PPS hard disk.

Field   : total(1)
Access  : read-write          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]1[opt]Save parameters 
		    [v]2[opt]Save user data 
		  }


Create node: MSS(OID: 1.3.6.1.4.1.1373.1.3.3.16)
->  father_name = [App]
-> ->     MSC(0)
-> ->     HLR(1)
-> ->     AUC(2)
-> ->     SMSC(3)
-> ->     PPS(4)
-> ->     MSS(5)


Remark: Subsystems  for MSS .


Create node: Configuration(OID: 1.3.6.1.4.1.1373.1.3.3.16.2)
->  father_name = [MSS]
-> ->     Configuration(0)


Remark:  Configuration for MSS .


Create node: Management(OID: 1.3.6.1.4.1.1373.1.3.3.16.2.1)
->  father_name = [Configuration]
-> ->     Management(0)


Remark:  Management for MSS .


Create node: Command(OID: 1.3.6.1.4.1.1373.1.3.3.16.2.1.1)
->  father_name = [Management]
-> ->     Command(0)


Register leaf node: Command.
Instance: 1
Length  : 1
Flag    : 255
Default : 
Remark  : Safely shut down MSS server by stoping MSS process, saving subscriber data to harddisk and shut down the server.
Operation procedures:
1. Select -Shutdown- at above pulldown menu.
2. Click -Set- button in this set window.
3. Click -SET- button on operation page.

Field   : total(1)
Access  : write-only          [1]Command
		  {
		    [u]0.0-0.7
		    [u]select
		    [v]4[opt]Shutdown 
		    [v]5[opt]Undefine value
		  }