Commit version 24.12.13800

2025-01-06 17:35:06 -05:00
parent b7f6a79c2c
commit 55d9218816
6133 changed files with 4239740 additions and 1374287 deletions
--- a/mibs/zte/ZTE-AN-VOICE-TRUNK-MIB
+++ b/mibs/zte/ZTE-AN-VOICE-TRUNK-MIB
@ -0,0 +1,132 @@
+--------------------------------------------------------------------------
+-- File Name : ZTE-AN-VOICE-TRUNK-MIB.mib
+-- Date      : 2009-12-01
+-- Author    : ZTE Nms dept.
+
+--
+-- Zte Voice Trunk Mib for Access Node
+-- 
+--------------------------------------------------------------------------
+
+ZTE-AN-VOICE-TRUNK-MIB DEFINITIONS ::= BEGIN
+
+    IMPORTS
+        MODULE-IDENTITY,NOTIFICATION-TYPE,OBJECT-TYPE,enterprises,Counter32,Integer32,Counter64,Unsigned32,Gauge32    FROM SNMPv2-SMI
+        TEXTUAL-CONVENTION,RowStatus,DisplayString,TruthValue    FROM SNMPv2-TC;
+
+    zxAnVoiceTrunkMib MODULE-IDENTITY
+        LAST-UPDATED    "0608140000Z"  -- july. 23, 2005
+        ORGANIZATION    "zte Telcom Co. Ltd."
+        CONTACT-INFO    "E-mail: shen.yuyang@zte.com.cn,
+                         E-mail: suchunshan@zte.com.cn"
+        DESCRIPTION     "This MIB defines voice trunk management objects for Access Node."
+
+    ::= { zxAn 5200 }
+
+    zte OBJECT IDENTIFIER ::= { enterprises 3902 }
+    zxAn OBJECT IDENTIFIER ::= { zte 1015 }
+    msagmajorVersion OBJECT IDENTIFIER ::= { zxAnVoiceTrunkMib 3 }
+    msagEmConfig OBJECT IDENTIFIER ::= { msagmajorVersion 11 }
+
+--  zxAnEmCfgTable Definition Begin
+
+    zxAnEmCfgTable OBJECT-TYPE
+        SYNTAX  SEQUENCE OF ZxAnEmCfgEntry
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION  "The EMC Card Configruation Table"
+        ::={msagEmConfig 1}
+
+    zxAnEmCfgEntry OBJECT-TYPE
+        SYNTAX  ZxAnEmCfgEntry
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION  "An entry in the EMC Card Configuration Table"
+        INDEX { zxAnEmRack,zxAnEmShelf,zxAnEmSlot }
+        ::={zxAnEmCfgTable 1}
+
+    ZxAnEmCfgEntry::=
+        SEQUENCE{
+            zxAnEmRack  Integer32,
+            zxAnEmShelf  Integer32,
+            zxAnEmSlot  Integer32,
+            zxAnEmAudioIfType  INTEGER,
+            zxAnEmIfType  INTEGER,
+            zxAnEmOutGain  Integer32,
+            zxAnEmInGain  Integer32
+        }
+
+    zxAnEmRack  OBJECT-TYPE
+        SYNTAX  Integer32(1..3)
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION  "Rack of EMC Card"
+        ::= { zxAnEmCfgEntry 1 }
+
+    zxAnEmShelf  OBJECT-TYPE
+        SYNTAX  Integer32(1..5)
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION  "Shelf of EMC Card"
+        ::= { zxAnEmCfgEntry 2 }
+
+    zxAnEmSlot  OBJECT-TYPE
+        SYNTAX  Integer32(1..24)
+        MAX-ACCESS  not-accessible
+        STATUS  current
+        DESCRIPTION  "Slot of EMC Card"
+        ::= { zxAnEmCfgEntry 3 }
+
+    zxAnEmAudioIfType OBJECT-TYPE
+        SYNTAX  INTEGER{
+            twoWire(2),
+            fourWire(4)
+        }
+        MAX-ACCESS  read-write
+        STATUS  current
+        DESCRIPTION  
+            "There are two distinct types of audio interface(two-wire or four-wire). These implementations describe the number of wires used in order to transmit audio signals.
+            The values mean:
+            two-wire
+                With the two-wire implementation, full-duplex audio signals are transmitted over a single pair which consists of tip(T) and ring(R)leads.
+            four-wire
+                The four-wire implementation provides separate paths to receive and send audio signals which consists of T, R and T1, R1 leads."
+        DEFVAL{4}
+        ::= { zxAnEmCfgEntry 4 }
+
+    zxAnEmIfType  OBJECT-TYPE
+        SYNTAX  INTEGER{
+            emTypeI(1),
+            emTypeV(5)
+        }
+        MAX-ACCESS  read-write
+        STATUS  current
+        DESCRIPTION  
+            "This variable represents the EM interface type.
+            The values mean:
+            em-type-I
+                This is the most common interface in North America. Type I uses two leads for supervisor signaling: E and M. During inactivity, the E-lead is open and the M-lead is connected to the ground. The Trunk Circuit Side connects the M-lead to the battery in order to indicate the off-hook condition. The Signaling Unit connect the E-lead to the ground in order to indicate the off-hook condition.
+            em-type-V
+                Type V is symmetrical and allows two signaling nodes to be connected back-to-back. This is the most common interface type used outside of North America. Type V uses two leads for supervisor signaling: E and M. During inactivity the E-lead and M-lead are open. The Trunk Circuit connects the M-lead to the ground in order to indicate the off-hook condition. The signaling Unit connects the E-lead to the ground in order to indicate off-hook condition."
+        DEFVAL{5}
+        ::= { zxAnEmCfgEntry 5 }
+
+    zxAnEmOutGain  OBJECT-TYPE
+        SYNTAX  Integer32(0..12)
+        MAX-ACCESS  read-write
+        STATUS  current
+        DESCRIPTION  "Configure the output gain for voice."
+        DEFVAL{3}
+        ::= { zxAnEmCfgEntry 6 }
+
+    zxAnEmInGain  OBJECT-TYPE
+        SYNTAX  Integer32(0..12)
+        MAX-ACCESS  read-write
+        STATUS  current
+        DESCRIPTION  "Configure the input gain for voice"
+        DEFVAL{3}
+        ::= { zxAnEmCfgEntry 7 }  
+
+--  End of zxAnEmCfgTable
+
+END