traucml

Commands

Transcoding and Rate Adaption Unit

CML:TRAU

A30808-X3247-M430-1-7619

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CML:TRAU CommandsTranscoding and Rate Adaption Unit

f Important Notice on Product Safety

DANGER - RISK OF ELECTRICAL SHOCK OR DEATH - FOLLOW ALL INSTALLATION INSTRUCTIONS.

The system complies with the standard EN 60950 / IEC 60950. All equipment connected to the system mustcomply with the applicable safety standards.Hazardous voltages are present at the AC power supply lines in this electrical equipment. Some components mayalso have high operating temperatures.Failure to observe and follow all installation and safety instructions can result in serious personal injuryor property damage.Therefore, only trained and qualified personnel may install and maintain the system.

The same text in German:

Wichtiger Hinweis zur Produktsicherheit

LEBENSGEFAHR - BEACHTEN SIE ALLE INSTALLATIONSHINWEISE.

Das System entspricht den Anforderungen der EN 60950 / IEC 60950. Alle an das System angeschlossenenGeräte müssen die zutreffenden Sicherheitsbestimmungen erfüllen.In diesen Anlagen stehen die Netzversorgungsleitungen unter gefährlicher Spannung. Einige Komponentenkönnen auch eine hohe Betriebstemperatur aufweisen.Nichtbeachtung der Installations- und Sicherheitshinweise kann zu schweren Körperverletzungen oderSachschäden führen.Deshalb darf nur geschultes und qualifiziertes Personal das System installieren und warten.

Caution:This equipment has been tested and found to comply with EN 301489. Its class of conformity is defined in tableA30808-X3247-X910-*-7618, which is shipped with each product. This class also corresponds to the limits for aClass A digital device, pursuant to part 15 of the FCC Rules.These limits are designed to provide reasonable protection against harmful interference when the equipment isoperated in a commercial environment.This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accor-dance with the relevant standards referenced in the manual “Guide to Documentation”, may cause harmful inter-ference to radio communications.For system installations it is strictly required to choose all installation sites according to national and local require-ments concerning construction rules and static load capacities of buildings and roofs.For all sites, in particular in residential areas it is mandatory to observe all respectively applicable electromagneticfield / force (EMF) limits. Otherwise harmful personal interference is possible.

Trademarks:

All designations used in this document can be trademarks, the use of which by third parties for their own purposescould violate the rights of their owners.

Copyright (C) Siemens AG 2005.

Issued by the Communications GroupHofmannstraße 51D-81359 München

Technical modifications possible.Technical specifications and features are binding only insofar asthey are specifically and expressly agreed upon in a written contract.

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CommandsTranscoding and Rate Adaption Unit

CML:TRAU

Reason for UpdateSummary:

First Edition for New Release BR 8.0

Details:

Chapter/Section Reason for Update

all New Release BR 8.0.

Issue HistoryIssue Date of Issue Reason for Update

1 01/2005 First Edition for New Release BR 8.0

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This document consists of a total of 130 pages. All pages are issue 1.

Contents

1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111.1 Structure of the Manual. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111.2 Structure of the Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111.3 Command Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121.4 Graphical User Interface (GUI) Representation of the LMT Evolution . . . . 131.4.1 Start LMT Evolution Window. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131.4.2 LMT Evolution Windows for GET, CREATE, SET,...., Commands. . . . . . . 151.5 Command Tree . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171.5.1 Main Tree . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171.5.2 Alphabetical List of Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

2 Commands in Alphabetical Order . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212.1 BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212.1.1 FORMAT BSMS EPROM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212.1.2 GET BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 222.1.3 GETSUBO BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 242.1.4 GETTEST BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 252.1.5 LOCK BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 262.1.6 PERFTEST BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272.1.7 STOPTEST BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 292.1.8 SWITCH BSMS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 302.1.9 UNLOCK BSMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 312.2 ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 332.2.1 CREATE ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 332.2.2 DELETE ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342.2.3 GET ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 352.2.4 LOCK ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 362.2.5 SET ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 372.2.6 UNLOCK ENVATRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 382.3 LMT. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 392.3.1 ECHO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 392.3.2 EXEC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 392.3.3 SET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 402.4 LPDLS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 422.4.1 GET LPDLS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 422.4.2 SET LPDLS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 432.5 PCMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 452.5.1 GET PCMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 452.5.2 SET PCMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 462.6 PCMT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 492.6.1 GET PCMT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 492.6.2 LOCK PCMT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 502.6.3 UNLOCK PCMT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 512.7 REMINV . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

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2.7.1 DNLIDFD REMINV. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 532.7.2 UPLLIDF REMINV . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 552.8 SOFTWARE MANAGEMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 582.8.1 DNLALLEXE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 582.8.2 UPLTRAULOG. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 592.9 SYNC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 622.9.1 GET SYNC. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 622.10 TPWR. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 642.10.1 GET TPWR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 642.10.2 GETSUBO TPWR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 652.10.3 GETTEST TPWR. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 662.10.4 LOCK TPWR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 672.10.5 PERFTEST TPWR. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 682.10.6 STOPTEST TPWR. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 702.10.7 UNLOCK TPWR. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 712.11 TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 722.11.1 CREATE TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 722.11.2 DELETE TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 732.11.3 GET TRAC. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 742.11.4 GETSUBO TRAC. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 762.11.5 GETTEST TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 772.11.6 LOCK TRAC. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 782.11.7 PERFTEST TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 792.11.8 STOPTEST TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 812.11.9 UNLOCK TRAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 822.12 TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 842.12.1 ACTIVATE TRAU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 842.12.2 GET TRAU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 852.12.3 LOCK TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 872.12.4 LOCKREQUEST TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 872.12.5 SET TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 882.12.6 SHUTDOWN TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 892.12.7 UNLOCK TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 892.12.8 UNLOCKREQUEST TRAU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 902.13 TRAUE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 922.13.1 GET TRAUE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 922.13.2 GETACTIVEALARMS TRAUE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 942.13.3 PERFTEST TRAUE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 952.13.4 SET TRAUE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 952.13.5 STOPTEST TRAUE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 972.14 TRAUETEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 982.14.1 GET TRAUETEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 982.15 TSLT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1002.15.1 GET TSLT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1002.15.2 LOCK TSLT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1012.15.3 UNLOCK TSLT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102

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3 Parameters/Attributes in Alphabetical Order. . . . . . . . . . . . . . . . . . . . . . . 103

4 Nack Causes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127

5 Abbreviations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129

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IllustrationsFig. 1.1 TRAU BR8.0: Tree View in Online Mode . . . . . . . . . . . . . . . . . . . . . . . 14

Fig. 1.2 TRAU BR8.0: Graphic View in Online Mode . . . . . . . . . . . . . . . . . . . . . 14

Fig. 1.3 TRAU BR8.0 Tree View with List of Command . . . . . . . . . . . . . . . . . . 15

Fig. 1.4 TRAU BR8.0: SET... ENVATRAUE Command (example). . . . . . . . . . . 16

Fig. 1.5 Main Tree. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

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1 IntroductionThis document describes the commands for the Transceiver and Rate Adaption Unit(TRAU), necessary to manage the TRAU itself.

1.1 Structure of the ManualThere is the possibility to jump by clicking on the selected item (reference to the param-eter description or to the GUI representation in chapter 2; reference to the commandsin chapter 3) to the requested information.

The manual is subdivided into four main parts:

a) Chapter 1 provides general informations about command structure and LMT Evolu-tion operations.

b) Chapter 2 describes objects and commands, listed in alphabetical order.c) Chapter 3 describes the parameters of the commands, listed in alphabetical order.

Additionally there is the information in which commands the parameter is used.d) Chapter 4 lists the NACK causes.

In the command representation (chapter 2) the parameters/attributes in brackets are op-tional parameters.

1.2 Structure of the CommandsBoth generic commands which can be obtained through selections from the LMT Evo-lution tree and commands which are created by the operator using the CLI interfacemust use the following syntax:

1. action object [3rd identifier]:NAME=object:n[/object:n],attribute=value[-value] [,at-tribute=value];

2. action object :NAME=object:n[/object:n],attribute=value[&value] [,attribute=value];3. action object [3rd identifier]:NAME=object:n[/object:n],REQATTL=attribute [&at-

tribute];4. action object [3rd identifier]:NAME=object:n[/object:n];

where:

"action” specifies the command that is being executed and that belongs to a list of func-tions applicable to the TRAU system (for example: "CREATE", "DELETE", "SET", etc).

“object ” represents the hardware or logical identifier that must be submitted to the com-mand (for example: "TRAC", "BSMS", etc).

“[object] ” logical identifier that must be submitted to the commands (for example:"NOSWL", "SWL").

"n" specifies the relative number (for example: TRAC:n n=0,). The LMT Evolution CLIallows “*” or “&” instead of a simple number for a object instance (for example: TRAC:*(all), TRAC:0&2&3 (0,2,3) or TRAC:0&&3 (0,1,2,3).

"attribute" is the acronym of the real attribute of an object (for example: LINERED-EQ=lineRedundancyEquipped).

iThe syntax rules shown in example 2. are used only for GET commands.

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"value" represent the value of the attribute (or the values of its fields). It is possible toinput a value not just using the default data type (usually decimal) but also to input thedata e.g. as hex value or as binary value.

1.3 Command LayoutThe first information given for each command is the phase, or phases, within which thecommand can be entered. Then, subsequent selections are shown which are requiredto get the command starting from the LMT Evolution Tree.

The command is specified with its syntax and it is followed by the individual fields usedto explain the functions of the command itself.

Command Tree:

The command tree shows the way to get the command and a hint to a GUI example inchapter 1.

Applicability:

This field shows the working phases and the user profile which allow the execution ofthe command. The user profile visibility level is associated with a user identification"user_id" and password. Four user profiles visibility level are provided:

Each profile gives the user different access levels to the system features and the higheris the level the higher is the number of operations which can be performed.

Command Description:

This field explains the function of the command transmitted by the LMT Evolution to theTRAU (when and why it is used, for which operation task).

Long Names:

This part shows (for a overview) the abbreviations of the parameters/attributes used inthe command and its corresponding long names.

System Responses:

They are response messages sent as acknowledgment for completion of input com-mands or they contain information requested by the user. The typical structure of the re-sponse messages contains: the date and time, the command line, the system response.The response messages can be either normal (successful) or error messages. In sucha case they contain the reason for the failure.

Short system messages such as: indication of system loading/downloading functions inprogress, are also reported as information to the LMT Evolution.

Application Guidelines:

These are warnings given when using this command or information related to the envi-ronment in which the command is submitted.

Example of Command Execution:

0 ReadOnly1 Command Access2 ReadWrite3 Super User

iFor “User_id” and Password contact your local service organization.

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This is an example on how to enter the command with its parameters and their relevantvalues.

1.4 Graphical User Interface (GUI) Representation of the LMTEvolution

1.4.1 Start LMT Evolution WindowLMT Evolution is the graphical user interface which performs the command interactionwith the Network Element. This enables the user to navigate the object containmentTree View (see Fig. 1.1) or Graphic View (see Fig. 1.2) of the NE and to select a spe-cific command from a list of available ones.

From the graphical point of view, the LMT Evolution Main window provides an accesspoint to all the LMT functionalities and represents an overall monitoring mode as regardsthe connection status information.

According to its dynamic and "adaptive" properties, the LMT Evolution Main window isdisplayed taking into account the connection and operating parameters that may affectthe visualization of the resulting window functionalities.

The main parameters that influence the visualization of LMT Main Window are:– Working Context: indicates a mode in which the user is currently working with the

LMT Evolution.– Network Element configuration: family, type, phase, version, ect.

By using the LMT Evolution the user can:– acquire commands, action or scripts– send and receive messages containing commands or responses to/from the net-

work element– have script/commands translation services– store issued commands and retrieve responses coming from the NE.

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Fig. 1.1 TRAU BR8.0: Tree View in Online Mode

Fig. 1.2 TRAU BR8.0: Graphic View in Online Mode

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1.4.2 LMT Evolution Windows for GET, CREATE, SET,...., CommandsThe LMT Evolution is mainly used to build CREATE, SET, GET, LOCK, UNLOCK etc.commands to be sent to the Network Element. Starting from the containment Tree Viewor Graphic View, the user has to perform the following operations:– select the functional/equipment/software management object– select a command from the list of commands diplsyed by the pop up list box

(see Fig. 1.3).

Fig. 1.3 TRAU BR8.0 Tree View with List of Command

The presence of ellipses (see SET... ENVATRAUE Command) following the name ofthe command indicates that the command could require a further configuration of the at-tributes before beeing submitted. In this case the Command Viewer window is openedand the user can fill in the attribute cells as desired .

If no ellipses are present (see LOCK ENVATRAUE Command), the command does notneed any further configuration and it is submitted to the network element without open-ing the Command Viewer window.

In case of the presence of ellipses (see SET... ENVATRAUE Command) the CommandViewer panel is displayed (see Fig. 1.4). The user has to perform the following opera-tions:– select one or more parameters and chooses the appropriate values, the command

is executed after clicking on the “Submit” button.– If, during the translation phase, an error is found in the command string, the com-

mand is not sent to the N.E. In this case reenter the command following the instruc-tions provided by the diagnostic message shown in the right middle pane.

16 A30808-X3247-M430-1-7619


Fig. 1.4 TRAU BR8.0: SET... ENVATRAUE Command (example)

For all procedures of module replacement the actions to be performed are similar. Asfirst action, the module must be locked, replaced, tested and finally unlocked. Somemodules have to be replaced without locking and for some others, has to be switchedfrom phase 3 to 2.

A30808-X3247-M430-1-7619 17


CML:TRAU

1.5 Command Tree

1.5.1 Main Tree

Fig. 1.5 Main Tree

MANAGED ELEMENT

BSS-EQUIPMENT

TRAUE

ENVATRAUE

SOFTWARE-MANAGEMENT

LMT-INTERNAL

TPWR

TRAC

REMINV

TRAUETEST

BSS-FUNCTIONAL

LPDLS

PCMS

SYNC

TRAU

PCMT

TSLT

BSMS

18 A30808-X3247-M430-1-7619


1.5.2 Alphabetical List of Commands

BSMS

ENVATRAUE

LMT-INTERNAL

LPDLS

PCMS

PCMT

REMINV

Firmware Managed Element/Phase 1 Phase 2 Phase 3

FORMAT BSMS EPROM FORMAT BSMS EPROM GET BSMSGET BSMS GETSUBO BSMSGETSUBO BSMS GETTEST BSMSGETTEST BSMS LOCK BSMSPERFTEST BSMS PERFTEST BSMSLOCK BSMS STOPTEST BSMSSTOPTEST BSMS SWITCH BSMSSWITCH BSMS UNLOCK BSMSUNLOCK BSMS

CREATE ENVATRAUE CREATE ENVATRAUEDELETE ENVATRAUE DELETE ENVATRAUEGET ENVATRAUE GET ENVATRAUELOCK ENVATRAUE LOCK ENVATRAUESET ENVATRAUE SET ENVATRAUEUNLOCK ENVATRAUE UNLOCK ENVATRAUE

ECHO ECHO ECHO ECHOEXEC EXEC EXEC EXECSET SET SET SET

GET LPDLS GET LPDLSSET LPDLS

GET PCMS GET PCMSSET PCMS SET PCMS

GET PCMT GET PCMTLOCK PCMTUNLOCK PCMT

DNLIDFD REMINV DNLIDFD REMINVUPLLIDF REMINV UPLLIDF REMINV UPLLIDF REMINV

A30808-X3247-M430-1-7619 19


CML:TRAU

SOFTWARE-MANAGEMENT

SYNC

TPWR

TRAC

TRAU


DNLALLEXE DNLALLEXE DNLALLEXE UPLTRAULOGUPLTRAULOG UPLTRAULOG

GET SYNC GET SYNC

GET TPWR GET TPWRGETSUBO TPWR GETSUBO TPWRGETTEST TPWR GETTEST TPWRLOCK TPWR LOCK TPWRPERFTEST TPWR PERFTEST TPWRSTOPTEST TPWR STOPTEST TPWRUNLOCK TPWR UNLOCK TPWR

CREATE TRAC CREATE TRACDELETE TRAC DELETE TRACGET TRAC GET TRACGETSUBO TRAC GETSUBO TRACGETTEST TRAC GETTEST TRACLOCK TRAC LOCK TRACPERFTEST TRAC PERFTEST TRACSTOPTEST TRAC STOPTEST TRACUNLOCK TRAC UNLOCK TRAC

ACTIVATE TRAU ACTIVATE TRAU GET TRAUGET TRAU LOCKREQUEST TRAULOCK TRAU SHUTDOWN TRAUSET TRAU UNLOCKREQUEST

TRAUUNLOCK TRAU

20 A30808-X3247-M430-1-7619


TRAUE

TRAUETEST

TSLT


GET TRAUE GET TRAUEGETACTIVEALARMSTRAUE

GETACTIVEALARMSTRAUE

PERFTEST TRAUE PERFTEST TRAUESET TRAUE SET TRAUESTOPTEST TRAUE STOPTEST TRAUE

GET TRAUETEST GET TRAUETEST

GET TSLT GET TSLTLOCK TSLTUNLOCK TSLT

A30808-X3247-M430-1-7619 21


CML:TRAU

2 Commands in Alphabetical Order

2.1 BSMSThe BSMS object represents the controller of the TRAU with the operation and mainte-nance task and BSC/MSC line interface management.

2.1.1 FORMAT BSMS EPROM

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → BSMS →

Applicability:

Phase 1 and Phase 2.

Visibility level 3.


This command allows the user to format the Flash Eproms of the BSMS equipment.

Long Names:

System Responses

FORMAT BSMS EPROM

PC Time&Date: 12:12:16 05/27/2002

NE Time&date: 20:55:00 01/07/1995

USER NAME: SAG

COMMAND: Format BSMS EPROM:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10

COMMAND RESULT: OPERATION COMPLETED


1. The command can be performed:– in phase 1: on BSCI active only

FORMAT BSMS EPROM: NAME=BSMS:x;

NAME address of the managed object (MO)

FORMAT BSMS EPROM NACK: The command can not be executed. Possible rea-sons are:Addressed BSMS does not existUnable to delivery messageMessage can not be performedResponse not received

22 A30808-X3247-M430-1-7619


– in phase 2: on BSCI standby only2. Phase 2, only the standby BSMS Flash Eproms can be formatted:

– LOCK the standby BSMS– FORMAT (FE) the standby BSMS– UNLOCK the standby BSMSThe UNLOCK starts the BSMS Cross Copy automatically (the active BSMS can notbe formatted in Phase 2).Phase 1, only the active BSMS Flash Eproms can be formatted:no LOCK/UNLOCK is possible in Phase 1 anyhow, therefore in order to format theactive BSMS Flash Eproms just enter the FORMAT (FE) command. After completionof the formatting this BSMS is not able to boot anymore. Either the TRAU is startedagain with the redundant BSMS or it is downloaded with the load files, this load ac-tivated and the local database (TEI, A-sub data, TRACs) entered again(it is impossible to format the standby BSMS Flash Eproms in Phase 1).

Example of Command Execution

Format BSMS EPROM:NAME=BSMS:0;

2.1.2 GET BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of the BSMS object attributes.

Long Names:

GET BSMS: NAME=BSMS:x,,[REQATTL= AST,AVS,OST,DIRLIST,PRS,RUN-FILES,SST,CST,ALS,RELFUNCOBJ];

NAME address of the managed objectREQATTL: listOfRequiredAttributesAST administrativeStateAVS availabilityStatusOST operationalStateDIRLIST directoryListPRS proceduralStatusRUNFILES runningFilesSST standbyStatusCST controlStatusALS alarmStatusRELFUNCOBJ relatedFuncObjects

A30808-X3247-M430-1-7619 23


CML:TRAU

System Responses:

Get BSMS:NAME=BSMS:0;

PC Time&Date: 14:17:16 05/14/2002

NE Time&date: 0:46:55 01/01/1990

USER NAME: SAG

COMMAND: Get BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


administrativeState = UNLOCKED

availabilityStatus = NULL

operationalState = ENABLED

directoryList

fileId = "I11000.ABS "

fileId = "R10100.ABS "

fileId = "S20701.BIN "

fileId = "HT020017.SWL"

fileId = "B12500.ABS "

proceduralStatus = NULL

runningFiles

fileDesc1 = "B12500.ABS :02-06-01-01-25-00_02-02-28"

fileDesc2 = "I11000.ABS :02-05-01-01-10-00_00-10-09"

standbyStatus = Hotstandby

controlStatus = NULL

alarmStatus = CLEARED

relatedFuncObjects

GET NACK: One of the possible unsuccessful response can be:GET ATTRIBUTES NACK:Equipment-BSMS-2List Of Required Attributes:Administrative StateOperational StateAvailability StatusProcedural StatusStandby StatusRunning FilesResource not Available

Too long message (see Application Guideline below)

24 A30808-X3247-M430-1-7619




2.1.3 GETSUBO BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 0.


This command allows the reading of the objects subordinate to the specified object.

Long Names:

System Responses:

GETSUBO BSMS

COMMAND: Getsubo BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


numberOfSubordinateObject

PCMS:0

PCMT:1

TRAC:0

TRAC:1

TRAC:2

TRAC:3

TRAC:4

TRAC:5

TRAU:0

1. If the GET command comes from LMT a negative acknowledge shall be answeredback (Nack cause: Too long message). In this case the operator can retrieve theattributes information by issuing two separated GET commands.

Get BSMS: NAME=BSMS:0,REQATTL=AST&AVS&OST&DIRL-IST&PRS&RUNFILES&SST&CST&ALS&RELFUNCOBJ;

GETSUBO BSMS: NAME=BSMS:x;


A30808-X3247-M430-1-7619 25


CML:TRAU

Application Guidelines:– None


Getsubo BSMS:NAME=BSMS:0;

2.1.4 GETTEST BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 2.


This command gets the informations about the test running on BSMS card.

Long Names:

System Responses:

GETTEST BSMS

GET NACK: One of the possible unsuccessful response can be:GET SUBORDINATES LIST NACK:Equipment-BSMS-1Resource not AvailableOne of the possible spontaneous messages can be:SUBORDINATES LIST:Equipment-BSMS-1SubordinateObjects List:SubordinateObject0=PCMS:0SubordinateObject1=PCMT:0SubordinateObject2=PCMT:1SubordinateObject3=PCMT:2SubordinateObject4=PCMT:3SubordinateObject5=TRAC:0SubordinateObject6=TRAC:1SubordinateObject7=TRAC:2SubordinateObject8=TRAC:3SubordinateObject9=TRAU:0END OF SUBORDINATES LIST:Equipment-BSMS-1

GETTEST BSMS: NAME=BSMS:x [REQATTL=TESTOUT,TESTST,TESTMON];

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesTESTOUT testOutcomeTESTST testStateTESTMON testMonitor

26 A30808-X3247-M430-1-7619


COMMAND: Gettest BSMS:NAME=BSMS:01,REQATTL=TESTOUT;

SW RELEASE: 02-06-01-02-00-17_02-05-10


MOT = BSMS:1

testOutcome = INCONCLUSIVE



Gettest BSMS:NAME=BSMS:0;

2.1.5 LOCK BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to lock the specified BSMS.

Long Names:

System Responses:

Lock BSMS:NAME=BSMS:0;

PC Time&Date: 14:18:44 05/14/2002

NE Time&date: 0:48:23 01/01/1990

USER NAME: SAG

COMMAND: Lock BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


GET TEST NACK: The command has been rejected

LOCK BSMS: NAME=BSMS:x;


A30808-X3247-M430-1-7619 27


CML:TRAU


1. Request of a lock command on the BSMS providing service: X is the BSMS copyproviding service. If the BSMS (1-X) is "Hot Standby" the behavior of the system isthe same as the "switch command". After the BSMS switch the administrative stateof the switched BSMS will be locked. Otherwise if the BSMS (1-X) is not in "HotStandby" status, the lock command on BSMS X will be refused.

2. If the BSMS (1-X) is in "Cold Standby" state this means that an 'alignment' or 'updat-ing' procedure was not successful. For recovering this case the operator may Lockand then Unlock the BSMS (1-X). This procedure starts on the active copy a datatransfers (alignment procedure) on the BSMS (1-X). If the alignment procedure endscorrectly, the standby status of the BSMS (1-X) will be "Hot Standby". If the standbystatus remains in Cold Standby a strong initialization it is necessary. Extract and re-insert the BSCI card (1-X) (see MMN:TRAU Manual).

3. Request of a Lock command on the TPWR that supplies power to BSMS providingservice: X is the BSMS copy providing service. If the BSMS (1-X) is "Hot Standby"the behavior of the system is the same as the "switch command". After the BSMSswitch the administrative state of the previous TPWR will be locked. Otherwise if theBSMS (1-X) is not in "Hot Standby" status, the Lock command on TPWR that sup-plies power to BSMS X will be refused.


Lock BSMS:NAME=BSMS:1;

2.1.6 PERFTEST BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command executes a complete test on BSMS card.

Long Names:

System Responses:

Perftest BSMS:NAME=BSMS:0;

LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipent-BSMS-1Administrative State: LockedNo Redundancy of Resource

PERFTEST BSMS: NAME=BSMS:x;


28 A30808-X3247-M430-1-7619


PC Time&Date: 14:18:26 05/14/2002

NE Time&date: 0:48:05 01/01/1990

USER NAME: SAG

COMMAND: Perftest BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


MOT=BSMS:0testObject=TRAUETEST:14

TEST REPORT: a test reports all the results about the executed diagnostic.

Example of a positive test report:

Test report:

name = TRAUETEST:3

testOutcome = PASSED

testTermination = NORMAL

MOT = BSMS:1

executedPhases

PreliminaryTest

BSCIInitialisationTest

BSCISerialLinkTest

MSCIGlobalTest

EndTest

Example of a negative test report:

Test report:

name = TRAUETEST:4

testOutcome = FAILED


PERFTEST NACK: NACK CAUSES:Mort Not Locked:

>Make reference to APPLICATION GUIDELINES n1Capacity Restrictions:

>Make reference to APPLICATION GUIDELINES n2Resource not available:

>Make reference to APPLICATION GUIDELINES n3Resource not created:

>Make reference to APPLICATION GUIDELINES n4

A30808-X3247-M430-1-7619 29


CML:TRAU

MOT = BSMS:1

executedPhases

PreliminaryTest

BSCIInitialisationTest

EndTest

failedPhases

phaseId = BSCIInitialisationTest

addWord

H`0003 H`0003 H`FFFF H`FFFF

H`FFFF H`FFFF H`FFFF H`FFFF

skippedPhases

BSCISerialLinkTest

MSCIGlobalTest

proposedRepairActions = REPLACE_BSCI_UNDER_TEST &REPLACE_MSCI_UNDER_TEST


1. If the diagnostic is destructive, before issuing the PERFORMTEST command theMORT must be put in the administrative state LOCKED.

2. System resources lack.3. The MORT is under the control of the associated Device Handler and it is not avail-

able for testing.4. The MORT is not created or it has a wrong instance number.


Perftest BSMS:NAME=BSMS:0;

2.1.7 STOPTEST BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command stops the test running on BSMS card.

Long Names:

STOPTEST BSMS: NAME=BSMS:x;


30 A30808-X3247-M430-1-7619


System Responses:

STOPTEST BSMS

COMMAND: Stoptest BSMS:NAME=BSMS:01;

SW RELEASE: 02-06-01-02-00-17_02-05-10


MOT = BSMS:1


1. The TO related to the required MORT is not present in the running tests or in thequeued test list.

2. The TO is currently present in the system but it can’t be stopped. DGDM can’t acti-vate the internal message interfaces because of lack of resources (e.g.no morememory pool available).With this command the TRAU Diagnostic Manager will stopthe first Test Object, related to that MORT, that it will find in the currently runningtests or in the queued tests. If the test is currently running the stop command will beexecuted only after the end of the currently internal workingphase. This means thatthe emission of the unsolicited message TEST REPORT could be delayed for a vari-able amount of time depending of what internal working phase was in execution atthe moment of the STOP TEST reception. On the contrary if the Test Object isqueued it will be immediately removed from the waiting queue. Moreover the unso-licited message TEST REPORT will be generated immediately.


Stoptest BSMS:NAME=BSMS:0;

2.1.8 SWITCH BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.

STOPTEST NACK: NACK CAUSES:No such test

>Make reference to APPLICATION GUIDELINES n1Test cannot be stopped

>Make reference to APPLICATION GUIDELINE n2

SWITCH BSMS: NAME=BSMS:x ;

A30808-X3247-M430-1-7619 31


CML:TRAU


This command allows to set the standby BSMS instance active and the active instancestandby; it must be executed on the BSMS copy in 'Providing service' state.

Long Names:

System Responses:

SWITCH BSMS

USER NAME: SAG

COMMAND: Switch BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



1. This command is applicable if and only if the standby status of the BSMS standby is"Hot Standby".

2. Due to BSCI/MSCI switch a new initialization will be performed for the BSCI/MSCIcard.

3. When a switch of BSMS occurs a TRAU alignment takes place. However ongoingcalls are not lost, so hot standby functionality is assured.


Switch BSMS:NAME=BSMS:0;

2.1.9 UNLOCK BSMS

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to unlock the specified BSMS.


SWITCH NACK: SWITCH NACK:Equipment-BSMS-1Source: Equipment-BSMS-1Destination: Equipment-BSMS-0Message inconsistent with M.O. state

UNLOCK BSMS: NAME=BSMS:x;

32 A30808-X3247-M430-1-7619


Long Names:

System Responses:

Unlock BSMS:NAME=BSMS:0;

PC Time&Date: 14:18:52 05/14/2002

NE Time&date: 0:48:31 01/01/1990

USER NAME: SAG

COMMAND: Unlock BSMS:NAME=BSMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08




Unlock BSMS:NAME=BSMS:1;


UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equip-ment-BSMS-1Administrative State: UnlockedMessage Cannot Be Performed

1. This command is applicable provide that the object is in the Lock state.2. It is possible to unlock the BSMS card with the status in LOCKED and UNDER

TEST.

A30808-X3247-M430-1-7619 33


CML:TRAU

2.2 ENVATRAUEThe ENVA (Environmental Alarms) object is used to manage the enviromental alarmsof the TRAU.

2.2.1 CREATE ENVATRAUE

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → ENVATRAUE→

Applicability:


Visibility level 1.


This command adds a sense point for the alarm detection in TRAU.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. Error in reading and writing of the database.3. The only admitted values for the Administrative State attribute are LOCKED and UN-

LOCKED4. The resource must not be already created.

CREATE ENVATRAUE: NAME=ENVATRAUE:x,[IFLOG=], NAMENVA=,THR=, [ASEV=], [ASTRING=];

NAME address of the managed object (MO)IFLOG interfaceLogicNAMENVA nameEnvaTHR thresholdASEV associatedSeverityASTRING associatedString

SET ACK: SuccessfulSET NACK: NACK CAUSES:

Invalid object class value >Make reference to APPLICATION GUIDELINES n1

Invalid level 1 address >Make reference to APPLICATION GUIDELINES n1

Message cannot be performed >Make reference to APPLICATION GUIDELINES n2

Parameter outside adminitted range >Make reference to APPLICATION GUIDELINES n3

Resource already exists >Make reference to APPLICATION GUIDELINES n4

34 A30808-X3247-M430-1-7619



Create ENVATRAUE:NAME=ENVATRAUE:0,IFLOG=High,NAMENV=Door_open,THR=2, ASEV= Critical, ASTRING=”file1”;

2.2.2 DELETE ENVATRAUE

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE→ ENVATRAUE→

Applicability:


Visibility level 2.


This command delete a sense point for the alarm detection in TRAU.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. Before deleting the track, it must be in the Locked state.3. Error in reading and writing of the database.4. The resource must not be already created.


Delete ENVATRAUE:NAME=ENVATRAUE:0;

DELETE ENVATRAUE: NAME=ENVATRAUE:x,


DELETE ACK: SuccessfulDELETE NACK: NACK CAUSES:



Resource unlocked >Make reference to APPLICATION GUIDELINES n2


Resource does not exist >Make reference to APPLICATION GUIDELINES n4

A30808-X3247-M430-1-7619 35


CML:TRAU

2.2.3 GET ENVATRAUE

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → ENVATRAUE →

Applicability:


Visibility level 1.


This command adds a sense point for the alarm detection in TRAU.

Long Names:

System Responses:

Get ENVATRAUE:NAME=ENVATRAUE:0;

PC Time&Date: 14:17:20 05/14/2002

NE Time&date: 0:46:59 01/01/1990

USER NAME: SAG

COMMAND: Get ENVATRAUE:NAME=ENVATRAUE:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08




interfaceLogic = High


threshold = 2

GET ENVATRAUE: NAME=ENVATRAUE:x, [REQATTL=AST,ALS,IF-LOG,OST,THR,NAMENVA,ASEV,ASTRING];

NAME address of the managed object (MO)REQATTL listOfRequiredAttributesAST administrativeStateALS alarmStatusIFLOG interfaceLogicOST operationalStateTHR thresholdNAMENVA nameEnvaASEV associatedEnvaSeverityASTRING associatedString

36 A30808-X3247-M430-1-7619


nameEnva = FAN_ALARM

associatedSeverity = Critical

associatedString



Get ENVATRAUE:NAME=ENVATRAUE:0, REQATTL=AST&ALS&IF-LOG&OST&THR&

NAMENVA&ASEV&ASTRING;

2.2.4 LOCK ENVATRAUE

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to lock the specified ENVATRAUE.

Long Names:

System Responses:

Lock ENVATRAUE:NAME=ENVATRAUE:0;

USER NAME: SAG

COMMAND: Lock ENVATRAUE:NAME=ENVATRAUE:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08



GET NACK: The command has been rejected

LOCK ENVATRAUE: NAME=ENVATRAUE:x;


LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-EN-VATRAUE-0Administrative State: LockedNo Redundancy of Resource

1. This command is applicable provide that the object is in the Lock state.

A30808-X3247-M430-1-7619 37


CML:TRAU


Lock ENVATRAUE:NAME=ENVATRAUE:0;

2.2.5 SET ENVATRAUE

Command Tree:


Applicability:


Visibility level 2.


This command modifies the sense point for the alarm detection in TRAU.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. Error in reading and writing of the database.3. The only admitted values for the Administrative State attribute are LOCKED and UN-

LOCKED.


Set ENVATRAUE:NAME=ENVATRAUE:0,NAMENVA=Door_open,IF-LOG=High,THR=2,

SET ENVATRAUE: NAME=ENVATRAUE:x,[NAMENVA=], [IFLOG=], [THR=], [ASEV=], [ASTRING=];

NAME address of the managed object (MO)NAMENVA nameEnvaIFLOG interfaceLogicTHR thresholdASEV associatedSeverityASTRING associatedString





Parameter outside admitted range >Make reference to APPLICATION GUIDELINES n3

38 A30808-X3247-M430-1-7619


ASEV=Critical, ASTRING=”file1”;

2.2.6 UNLOCK ENVATRAUE

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to unlock the specified ENVATRAUE.

Long Names:

System Responses:

Unlock ENVATRAUE:NAME=ENVATRAUE:0;

PC Time&Date: 14:21:01 05/14/2002

NE Time&date: 0:50:40 01/01/1990

USER NAME: SAG

COMMAND: Unlock ENVATRAUE:NAME=ENVATRAUE:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08




Unlock ENVATRAUE:NAME=ENVATRAUE:0;

UNLOCK ENVATRAUE: NAME=ENVATRAUE:x;


UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-EN-VATRAUE-0Administrative State: UnlockedMessage Cannot Be Performed

1. This command is applicable provide that the object is in the Lock state.

A30808-X3247-M430-1-7619 39


CML:TRAU

2.3 LMTThe LMT-INTERNAL object represent the Local Maintanance Terminal.

2.3.1 ECHO

Command Tree:

LMT-INTERNAL → ECHO →

Applicability:

All the Phases.

Visibility level 0.


This command prompts a free string on the user interface.

Long Names:

System Responses:



ECHO:TEXT=”The Script has performed all SET commands”

2.3.2 EXEC

Command Tree:

LMT-INTERNAL → EXEC →

Applicability:

All the Phases.

Visibility level 0.


This command starts a script execution.

ECHO: TEXT=;

TEXT (double quoted string)

None

EXEC: FILENAME=,[ABORT=], [DANGEROUS=], [ERROR=], [PRIORITY=],[SYNCHRO=];

40 A30808-X3247-M430-1-7619


Long Names:

System Responses:



EXEC:FILENAME="MY SCRIPT.lmt",ABORT=NO,DANGEROUS=NO,ERROR=NO,PRIORITY=5,SYNCHRO=YES;

2.3.3 SET

Command Tree:

LMT-INTERNAL → SET →

Applicability:

All the Phases.

Visibility level 0.


This command configures the CLI System settings.

Long Names:

System Responses:


FILENAME fileNameABORT abortDANGEROUS dangerousERROR errorPRIORITY prioritySYNCHRO synchro

None

SET: [ABORT=], [OUTPUT=], [CLEAR=], [SYNCHRO=], [PRIORITY=];

ABORT abortOUTPUT outputCLEAR clearSYNCHRO synchroPRIORITY priority

None

A30808-X3247-M430-1-7619 41


CML:TRAU


SET:ABORT=YES,OUTPUT="C:abcdefgh.txt",CLEAR=YES,SYNCHRO=YES,PRIORITY=2;

42 A30808-X3247-M430-1-7619


2.4 LPDLSThe LPDLS object identifies the logical link used by the TRAU to communicate with theBSC for operational and maintenance purposes.

2.4.1 GET LPDLS

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → LPDLS →

Applicability:

Phase 2 and Phase 3

Visibility level 0.


This command allows to read some of LAPDLINK attributes.

Long Names:

System Responses:

Get LPDLS:NAME=LPDLS:0;

PC Time&Date: 14:17:38 05/14/2002

NE Time&date: 0:47:17 01/01/1990

USER NAME: SAG

COMMAND: Get LPDLS:NAME=LPDLS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


operationalState = DISABLED


GET LPDLS : NAME=LPDLS:x, [REQATTL=OST,AVS,TEI,ASUBLAP-DCH,ASUBLKSAT,RELEQUIPOBJ];

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesOST operationalStateAVS availabilityStatusTEI teiASUBLAPDCH asubLapdChannelASUBLKSAT asubLinkSatellitedRELEQUIPOBJ relatedEquipObjects

A30808-X3247-M430-1-7619 43


CML:TRAU

tei = 8

asubLapdChannel = 31

asubLinkSatellited = FALSE

relatedEquipObjects

BSMS:1

TPWR:1



Get LPDLS :NAME=LPDLS:0,REQATTL=OST&AVS&TEI&

ASUBLAPDCH&RELEQUIPOBJ;

2.4.2 SET LPDLS

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → LPDLS →

Applicability:

Phase 2

Visibility level 2.


This command is used to set the TEI attribute of the connected TRAU. The setting isnecessary to allow the connection to the BSC. This command is used to set a terrestrialor satellited connection too.

Long Names:

GET NACK: NACK CAUSES:Invalid object class valueInvalid level 1 addressParameter outside admitted rangeInvalid attribute identifier valueResource not availableInvalid timeslot (See Application Guideline 1)

1. The specified timeslot number is not compatible with the PCMTYPE attribute of theTRAUE object.

SET LPDLS : NAME=LPDLS:x, [TEI=], [ASUBLKSAT=], [ASUBLAPDCH=];

NAME address of the managed objectTEI terminal Endpoint IdentifierASUBLKSAT aSubLinkSatellitedASUBLAPDCH asubLapdChannel

44 A30808-X3247-M430-1-7619


System Responses:


1. The standard header of the message is not correct.2. Error in the reading or writing of the database.3. The TEI attribute value must be <= 9.4. The specified timeslot number is not compatible with the PCMTYPE attribute of the

TRAUE object:1-31 if the PCMTYPE is PCM30;1-24 if the PCMTYPE is PCM24.


Set LPDLS :NAME=LPDLS:0,TEI=1,ASUBLKSAT=TRUE,ASUBLAPDCH=TRUE;





Parameter outside admitted range >Make reference to APPLICATION GUIDELINES n3,n4

A30808-X3247-M430-1-7619 45


CML:TRAU

2.5 PCMSPCMS locates one of the PCM lines from/to TRAU (Asub interface).

2.5.1 GET PCMS

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → PCMS →

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of all the PCMS attributes.

Long Names:

System Responses:

Get PCMS:NAME=PCMS:0;

PC Time&Date: 14:17:42 05/14/2002

NE Time&date: 0:47:21 01/01/1990

USER NAME: SAG

COMMAND: Get PCMS:NAME=PCMS:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08



lineRedundancyEquipped = TRUNKA_AND_TRUNKB_EQUIPPED

GET PCMS: NAME=PCMS:x, [REQATTL=AVS,LREDUNEQ,LKAPCM,LK-SPCM,LOWBER,OST,PCMPAR,REMAL,RELEQUIPOBJ];

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesAVS availabilityStatusLREDUNEQ lineRedundancyEquippedLKAPCM linkActivePcmLKSPCM linkStatePcmLOWBER lowerBitErrorRateOST operationalStatePCMPAR pcmParametersREMAL remoteAlarmTypeRELEQUIPOBJ relatedEquipObjects

46 A30808-X3247-M430-1-7619


linkActivePcm = linkA

linkStatePcm = linkBNotOK

lowerBitErrorRate = TenExpMin3


pcmParameters

Crc = FALSE

code = Hdb3

not_Urgent_Alarm = Disabled

bit_Error_Rate = TenExpMin3

bit_Alignment_Frame = 0

remoteAlarmType = NULL

relatedEquipObjects

BSMS:1

TPWR:1


1. The object PCMS is created by the BSC side.2. Remal attribute have a meaningful value only when the PCMTYPE attribute of the

TRAUE object is PCM24.


Get PCMS:NAME=PCMS:0,REQATTL=AVS&LREDUNEQ&LKAPCM&

LKSPCM&LOWBER&OST&PCMPAR&REMAL&RELEQUIPOBJ;

2.5.2 SET PCMS

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → PCMS →

Applicability:

Phase 2 (*) and Phase 3.

Visibility level 2.

GET NACK: One of the possible unsuccessful system responses can be:GET ATTRIBUTES NACK:PCM Circuit-PCMS-0List Of Required Attributes:Administrative StateOperational StatePCM ParametersResource not Available

SET PCMS: NAME=PCMS:x,[LOWBER=], [PCMPAR=], [REMAL=]. [LREDUNEQ=];

i(*) From BR6.0 on, it’s possible to set the PCMS Line Redundancy Equipped attributeonly locally on the TRAU, via LMT (phase 2 & 3)

A30808-X3247-M430-1-7619 47


CML:TRAU


This command is used to modify the line parameters of the PCMS. The parameter val-ues must be equal to those contained in the BSC database.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. Error in the reading and writing of the database.3. TRAUE must have the right value (PCM24 or PCM30).4. The command must be executed before physical connection establishment.5. The Crc Attribute value meaning depends on the Pcmtype attribute of the TRAUE

object:

6. Remal attribute can be set to a meaningful value only when the PCMTYPE attributeof the TRAUE object is set to PCM24; otherwise the command will be rejected.

7. The Code, Not_Urgent_Alarm and Bit_AlignmentFrame parameters must be set to'Null' value if the PCMTYPE is PCM24.

8. The Code, Not_Urgent_Alarm and Bit_Alignment_Frame parameters cannot be setto 'Null' value if the PCMTYPE is PCM30.

9. The value assigned to Lowber attribute must be greater or equal to the Ber one. Thismeans that the bit error rate for Lowber is lower or equal than the Ber one.

iIt is no longer compulsory that the PCMS Line Redundancy Equipped parameter is sim-metrically identical between BSC and TRAU.It is only required the consistency betweenthe local Redundancy Attribute and the local Cable Connection.I.e: The PCMS can be set in DUPLEX on the TRAU, and in SIMPLEX A/B on the BSC,or viceversa.

NAME address of the managed object (MO)LOWBER lowerBitErrorRatePCMPAR pcmParametersREMAL remoteAlarmTypeLREDUNEQ lineRedundancyEquipped





Parameter outside admitted range >Make reference to APPLICATION GUIDELINES

n3,n4,n5Message inconsistent with logical configuration

If the Pcmtype is PCM30, the Crc is CRC4;

If the Pcmtype is PCM24, the Crc is CRC6.

48 A30808-X3247-M430-1-7619



For PCM30:

Set PCMS:NAME=PCMS:0,LOWBER=TenExpMin3,PCMPAR=TRUE-Ami -

Disabled-TenExpMin3-255,LREDUNEQ=TRUNKA_AND_TRUNKB_EQUIPPED;

For PCM24:

Set PCMS:NAME=PCMS:0,LOWBER=TenExpMin3,PCMPAR=TRUE-NULL-

NULL-TenExpMin3,REMAL=CCITT, LRE-DUNEQ=TRUNKA_AND_TRUNKB_EQUIPPED;

For example: LOWBER=3(10-6bit error rate) BER=2(10-5bit error rate)

A30808-X3247-M430-1-7619 49


CML:TRAU

2.6 PCMTPCMT locates one of four PCM lines to/from MSC (A-interface), departing from TRAU.

2.6.1 GET PCMT

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → PCMT →

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of all the PCMT attributes.

Long Names:

System Responses:

Get PCMT:NAME=PCMT:0;

PC Time&Date: 14:17:57 05/14/2002

NE Time&date: 0:47:36 01/01/1990

USER NAME: SAG

COMMAND: Get PCMT:NAME=PCMT:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08



availabilityStatus = Failed

GET PCMT: NAME=PCMT:x, [REQATTL=AST,AVS,LOWBER,OST,PCMPAR,RE-MAL,RELEQUIPOBJ] ;

NAME address of the managed object (MO)REQATTL: list OfRequired AttributesAST administrativeStateAVS availabilityStatusLOWBER lowerBitErrorRateOST operationalStatePCMPAR pcmParametersREMAL remoteAlarmTypeRELEQUIPOBJ relatedEquipObjects

50 A30808-X3247-M430-1-7619


lowerBitErrorRate = TenExpMin3


pcmParameters

Crc = FALSE

code = Hdb3

not_Urgent_Alarm = Disabled

bit_Error_Rate = TenExpMin3

bit_Alignment_Frame = 0

remoteAlarmType = NULL

relatedEquipObjects

BSMS:1

TPWR:1



Get PCMT:NAME=PCMT:0,REQATTL=AST&AVS&LOWBER&OST&PCMPAR&

REMAL&RELEQUIPOBJ;

2.6.2 LOCK PCMT

Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to lock the specified PCM circuit.

GET NACK: One of the possible unsuccessful system responses can be:GET ATTRIBUTES NACK:PCM Circuit-PCMT-0List Of Required Attributes:Administrative StateOperational StatePCM ParametersResource not Available

1. Remal attribute have a meaningful value only when the PCMTYPE attribute of theTRAUE object is PCM24.

LOCK PCMT: NAME=PCMT:x;

A30808-X3247-M430-1-7619 51


CML:TRAU

Long Names:

System Responses:

LOCK PCMT

COMMAND: Lock PCMT:NAME=PCMT:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Lock PCMT:NAME=PCMT:0;

2.6.3 UNLOCK PCMT

Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to unlock the specified PCM circuit.

Long Names:

System Responses:

UNLOCK PCMT

COMMAND: Unlock PCMT:NAME=PCMT:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:PCM Circuit-PCMT-0Resource not Available

1. This command is applicable provide that the PCMT state is Unlocked or ShuttingDown.

UNLOCK PCMT: NAME=PCMT:x;


52 A30808-X3247-M430-1-7619




Unlock PCMT:NAME=PCMT:0;

UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:PCM Circuit-PCMT-0Resource not Available

1. This command is applicable provide that the PCMT state is Locked or ShuttingDown.

A30808-X3247-M430-1-7619 53


CML:TRAU

2.7 REMINVThe REMINV (Remote Inventory) object manages the RC user Inventory Data File (IDF)request and all its messages flows.

2.7.1 DNLIDFD REMINV

Command Tree:

MANAGED-ELEMENT → BSS EQUIPMENT → TRAUE → REMINV→

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command executes the downloading of the n file (its name must be mandatoryTRAUNRIU) from the LMT hard disk to the TRAU Flash Eproms.

Long Names:

System Responses:

DNLIDFD ACK :

USER NAME: SAG

COMMAND: DNLIDFD REMINV:NAME=REMINV:0,

SRCDIR="C:\Siemens\LMT263_1_03_00\Idf\Dnload";

SW RELEASE: 02-06-01-02-00-17_02-05-08


Downloading File: TRAUNRIU:

Version:

DNLIDFD END:

USER NAME: SAG



SW RELEASE: 02-06-01-02-00-17_02-05-08


Downloading File TRAUNRIU:

DNLIDFD REMINV: NAME=REMINV:x,SRCDIR= ;

SRCDIR sourceDir

54 A30808-X3247-M430-1-7619


100% of packets transferred

USER NAME: SAG



SW RELEASE: 02-06-01-02-00-17_02-05-08


Download End: File TRAUNRIU Transfer Completed:

DNLIDFD NACK:

USER NAME: SAG


SRCDIR="C:\TEMP\cassandra";

SW RELEASE: N.A.

COMMAND RESULT: OPERATION FAILED

nackcause => Directory Name is Too Long

File Path is Too Long

Source File Name is Null

SWLH File Name is Null

Wrong NE Identifier

Inter Process Communication Error

Out of memory

Inter Process Communication Message Out of Sequence

Could not open destination file

Cannot Access Source Directory

Cannot Access Destination Directory

Cannot Access Source File

File Not Listed in SWLH

Cannot Access SWLH File

Wrong Software Load Version

Wrong Processor Identifier

Wrong Type of File

Timed Out

Unknown Network Element

Cannot Open Source File

Window Size Null:File Too Long

A30808-X3247-M430-1-7619 55


CML:TRAU

Aborted by Network Element

Aborted by User

Disk Error

Unable to start Download: Header file not found

Unable to start Download: Wrong file name


1. The TRAUNRIU file must be created by means of the IDF Editor tool.2. If a TRAUNRIU file was already present before this command execution, it will be

overwritten.3. The default value of SRCDIR is c:\LMT_root\...\idf\dnload.


DNLIDFD REMINV:NAME=REMINV:0,SRCDIR=”c:\Sie-mens\LMT263_1_03_00\Idf\Dnload”;

2.7.2 UPLLIDF REMINV

Command Tree:

MANAGED-ELEMENT → BSS EQUIPMENT → ΤΡΑΥΕ → REMINV

Applicability:

Phase 1, Phase 2 and 3.

Visibility level 1.


This command allows the upload of the local IDF.

Long Names:

System Responses:

UPLLIDF ACK: :

USER NAME: SAG

COMMAND: UPLLIDF REMINV:NAME=REMINV:0,

DESTDIR="c:\temp",

FILE="a.idt",

OVERWRITE=YES;

SW RELEASE: N.A.

UPLLIDF REMINV: NAME=REMINV:x,[DESTDIR=], [FILE=], OVERWRITE=;

DESTDIR destDirFILE fileOVERWRITE overwrite

56 A30808-X3247-M430-1-7619



Uploading File: a.idt

To: a.idt

On Directory: c:\temp:

UPLLIDF END:

USER NAME: SAG


DESTDIR="c:\temp",

FILE="a.idt",

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08


Upload End: File a.idt Transfer Completed:

UPLLIDF NACK:

USER NAME: SAG


DESTDIR="c:\trau",

FILE="a.idt",

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08


nackcause=> Message out of sequence

Aborted by network element

Aborted by user

Disk error

File already exists


Wrong packet number

Last segment expected

Resource not available

Invalid file type

File not available at destination

A30808-X3247-M430-1-7619 57


CML:TRAU

File in use

Updating of flash in progress

Message cannot be performed

File system error


1. The default value of DESTDIR is c:\LMT_root\...\idf\upload.2. The default value of FILE is TRAU.IDT.


UPLLIDF REMINV:NAME=REMINV:0,DESTDIR="c:\temp”,FILE=”a.idt”,

OVERVRITE=YES;

58 A30808-X3247-M430-1-7619


2.8 SOFTWARE MANAGEMENTThe SOFTWARE-MANAGEMENT object provide the functionality to execute BSS soft-ware management and to administrate the BSC file system.

2.8.1 DNLALLEXE

Command Tree:

MANAGED-ELEMENT → SOFTWARE-MANAGEMENT →

Applicability:

Phase 1and Phase 2

Visibility level 3.


This command executes the software downloading of the TRAU-SW from the LMT harddisk to the TRAU Flash Eproms.

Long Names:

System Responses:

DNLALLEXE-ACK :

USER NAME: SAG

COMMAND: DNLALLEXE:SRCPATH="D:\Trau262-17\Ht020017.swl",

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08


Downloading File: HT020017.SWL:02-06-01-02-00-17_02-05-08

Version: 02-06-01-02-00-17_02-05-08:

DNLALLEXE END:

USER NAME: SAG

COMMAND: DNLALLEXE:SRCPATH="D:\Trau262-17\Ht020017.swl",

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08

DNLALLEXE: SRCPATH=, OVERWRITE= ;

SRCPATH sourceDirOVERWRITE overwrite

A30808-X3247-M430-1-7619 59


CML:TRAU


Download End: File filename Transfer Completed

DNLALLEXE-NACK:

USER NAME: SAG

COMMAND: DNLALLEXE:SRCPATH="D:\Trau262-17\Ht020017.swl",OVER-WRITE=NO;

SW RELEASE: 02-06-01-02-00-17_02-05-08


nackcause = (invalid SW-Version, defective SW)


1. If the incorrect SW version is given, the system will reject the command.2. In Phase 1 this command is followed by a forced download.3. In Phase 2 the command is followed by a forced download if the SwVersion is iden-

tical to the currentSWLoad.


DNLALLEXE:SRCPATH=”D:\Trau262-17\Ht020017.swl”,OVERWRITE=NO;

2.8.2 UPLTRAULOG

Command Tree:

MANAGED-ELEMENT → SOFTWARE-MANAGEMENT →

Applicability:

Phase 1, 2 and Phase 3.

Visibility level 3.


This command allows the upload operation of a event log file.

Long Names:

UPLTRAULOG: DESTDIR=, FILE=, FILETYPE=, OVERWRITE= ;

DESTDIR destDirFILE fileFILETYPE fileTypeOVERWRITE overwrite

60 A30808-X3247-M430-1-7619


System Responses:

UPLTRAULOG ACK :

USER NAME: SAG

COMMAND: UPLTRAULOG:DESTDIR="D:\trau",

FILE="logfilename",

FILETYPE=EVENT_LOG,

OVERWRITE=YES;

SW RELEASE: N.A.


Uploading File: logfilename

To: logfilename

On Directory: D:\trau

UPLTRAULOG END:

USER NAME: SAG


FILE="logfilename",

FILETYPE=EVENT_LOG,

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08


Upload End: File logfilenname Transfer Completed

UPLTRAULOG NACK:

USER NAME: SAG


FILE="logfilename",

FILETYPE=EVENT_LOG,

OVERWRITE=YES;

SW RELEASE: 02-06-01-02-00-17_02-05-08


Nackcause = > Aborted by User

Message out of sequence

A30808-X3247-M430-1-7619 61


CML:TRAU

Aborted by network element

Aborted by user

Disk error

File already exists


Wrong packet number

Last segment expected

Resource not available

Invalid file type

File not available at destination

File in use

Updating of flash in progress

Message cannot be performed

File system error



UPLTRAULOG:DESTDIR=”D:\trau”,FILE=”logfilename”,FILETYPE=EVENT_LOG,OVERWRITE=YES;

62 A30808-X3247-M430-1-7619


2.9 SYNCThe SYNC object is the synchronization source which arrives to the BSC Network Clockfrom the MSC, via A interface TRAU Asub interface.

2.9.1 GET SYNC

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → SYNC →

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of the SYNC attributes.

Long Names:

System Responses:

Get SYNC:NAME=SYNC:0;

PC Time&Date: 14:17:48 05/14/2002

NE Time&date: 0:47:27 01/01/1990

USER NAME: SAG

COMMAND: Get SYNC:NAME=SYNC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


availabilityStatus = Failed


pcmLineSync = NO_LINE_SELECTED

standbyStatus = NULL

GET SYNC: NAME=SYNC:x, [REQATTL=AVS,OST,PCMTLSYNC,SST,RELEQUI-POBJ];

NAME address of the managed object (MO)REQATTL: list OfRequired AttributeAVS availabilityStatusOST operationalStatePCMTLSYNC pcmLineSyncSST standbyStatusRELEQUIPOBJ relatedEquipObjects

A30808-X3247-M430-1-7619 63


CML:TRAU

relatedEquipObjects

BSMS:1

TPWR:1



Get SYNC:NAME=SYNC:0,REQATTL=AVS&OST&PCMTLSYNC&SST&

RELEQUIPOBJ;

GET NACK: One of the possible unsuccessful system responses can be:GET ATTRIBUTES NACK:SYNCList Of Required Attributes:Operational StateAvailability StatusResource not Available

64 A30808-X3247-M430-1-7619


2.10 TPWRThe TPWR object represents s the power supply of a TRAU.

2.10.1 GET TPWR

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → TPWR →

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of the TPWR objects attributes.

Long Names:

System Responses:

Get TPWR:NAME=TPWR:0;

PC Time&Date: 14:17:24 05/14/2002

NE Time&date: 0:47:03 01/01/1990

USER NAME: SAG

COMMAND: Get TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-01-00-13_01-04-24






relatedFuncObjects

PCMT:0

GET TPWR: NAME=TPWR:x, [REQATTL=AST,AVS,OST,ALS,RELFUNCOBJ];

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesMOT motTESTOUT testOutcomeTESTST testStateTESTMON testMonitor

A30808-X3247-M430-1-7619 65


CML:TRAU

PCMT:1

PCMS:0

TRAU:0

LPDLS:0

SYNC:0



Get TPWR:NAME=TPWR:0,REQATTL=AST&AVS&OST&ALS&

RELFUNCOBJ;

2.10.2 GETSUBO TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 0.



Long Names:

System Responses:

GETSUBO TPWR

COMMAND: Getsubo TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



GET NACK: The command has been rejected

Too long message (see Application Guideline below).

1. If the GET command comes from LMT a negative acknowledge shall be answeredback (Nack cause: Too long message). In this case the operator can retrieve theattributes information by issuing two separated GET commands.

GETSUBO TPWR: NAME=TPWR:x;


66 A30808-X3247-M430-1-7619


BSMS:0



Getsubo TPWR:NAME=TPWR:0;

2.10.3 GETTEST TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command gets the informations about the test running on TPWR card.

Long Names:

System Responses:

Gettest TPWR

USER NAME: SAG

COMMAND: Gettest TPWR:NAME=TPWR:0,REQATTL=TESTOUT;

SW RELEASE: 02-06-01-01-00-13_01-04-24


GET NACK: One of the possible unsuccessful response can be:GET SUBORDINATES LIST NACK:Equipment-TPWR-1Resource not AvailableOne of the possible spontaneous messages can be:SUBORDINATES LIST:Equipment-TPWR-1Subordinate Objects List:SubordinateObject0=BSMS:1END OF SUBORDINATES LIST:Equipment-TPWR-1

GETTEST TPWR: NAME=TPWR:x [REQATTL=TESTOUT,TESTSTTESTMON];


A30808-X3247-M430-1-7619 67


CML:TRAU

MOT=TPWR:0testOutcome=INCONCLUSIVE



Gettest TPWR:NAME=TPWR:0;

2.10.4 LOCK TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to lock the specified TPWR.

Long Names:

System Responses:

LOCK TPWR

COMMAND: Lock TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


GETTEST NACK: NACK CAUSES:Resource not available

LOCK TPWR: NAME=TPWR:x;


LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-TP-WR-1Administrative State: LockedNo Redundancy of Resource

68 A30808-X3247-M430-1-7619




Lock TPWR:NAME=TPWR:0;

2.10.5 PERFTEST TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command executes a complete test on TRAU Power Supply (TPWR).

Long Names:

System Responses:

PERFTEST TPWR

COMMAND: Perftest TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


MOT:TPWR:0testObject=TRAUETEST:14

1. Request of a Lock command on the TPWR that supplies power to BSMS providingservice: X is the BSMS copy providing service. If the BSMS (1-X) is "Hot Standby"the behavior of the system is the same as the "switch command". After the BSMSswitch the administrative state of the previous TPWR will be locked. Otherwise ifthe BSMS (1-X) is not in "Hot Standby" status, the Lock command on TPWR thatsupplies power to BSMS X will be refused.

iA power off request is physically impossible

PERFTEST TPWR: NAME=TPWR:x;


A30808-X3247-M430-1-7619 69


CML:TRAU



Test report:name = TRAUETEST:1



MOT = TPWR:1

executedPhases

DummyTest

ForceAlarmTest

EndTest


name = TRAUETEST:2



MOT = TPWR:1

executedPhases

DummyTest

ForceAlarmTest

EndTest

failedPhases

phaseId = ForceAlarmTest

addWord

H`0001 H`0000 H`0000 H`0000

H`0000 H`0000 H`0000 H`0000

proposedRepairActions = REPLACE_TPWR



2. System resources lack.






70 A30808-X3247-M430-1-7619


3. The MORT is under the control of the associated Device Handler and it is not avail-able for testing.

4. The MORT is not created or it has a wrong instance number.


Perftest TPWR:NAME=TPWR:0;

2.10.6 STOPTEST TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows stopping test execution.

Long Names:

System Responses:

STOPTEST TPWR

COMMAND: Stoptest TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




2. The TO is currently present in the system but it can’t be stopped. DGDM can’t acti-vate the internal message interfaces because of lack of resources (e.g.no morememory pool available).With this command the TRAU Diagnostic Manager will stopthe first Test Object, related to that MORT, that it will find in the currently runningtests or in the queued tests. If the test is currently running the stop command will beexecuted only after the end of the currently internal workingphase. This means thatthe emission of the unsolicited message TEST REPORT could be delayed for a vari-

STOPTEST TPWR: NAME=TPWR:x ;



>Make reference to APPLICATION GUIDELINES n1Test cannot be stopped


A30808-X3247-M430-1-7619 71


CML:TRAU

able amount of time depending of what internal working phase was in execution atthe moment of the STOP TEST reception. On the contrary if the Test Object isqueued it will be immediately removed from the waiting queue. Moreover the unso-licited message TEST REPORT will be generated immediately.


Stoptest TPWR:NAME=TPWR:0

2.10.7 UNLOCK TPWR

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to unlock the specified TPWR.

Long Names:

System Responses:

UNLOCK TPWR

COMMAND: Unlock TPWR:NAME=TPWR:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Unlock TPWR:NAME=TPWR:0;

UNLOCK TPWR: NAME=TPWR:x;


UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-TP-WR-1Administrative State: UnlockedMessage Cannot Be Performed

1. This command is applicable provide that the object is in the Lock state.2. It is possible to unlock the TPWR card with the status in LOCKED and UNDER

TEST.

iA power off request is physically impossible

72 A30808-X3247-M430-1-7619


2.11 TRACThe TRAC object represents the transcoder module of a TRAU.

2.11.1 CREATE TRAC

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → TRAC →

Applicability:

Phase 2 and Phase 3

Visibility level 2.


This command is used to create a TRAC board. The creation modifies the TRAU database even if the TRAC board is not physically present in the TRAU rack. When the sys-tem detects the presence of a created TRAC, it starts the board loading. TRAU defaultconfiguration two TRACs: number 0 and 1.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. The TRAC number attribute value must be <=5.3. Error in reading and writing of the database.4. The only admitted values for the administrative State attribute are LOCKED and UN-

LOCKED.5. The resource must not be already created.

CREATE TRAC: NAME=TRAC:x;


CREATE ACK: SuccessfulCREATE NACK: NACK CAUSES:

Invalid object class valueI >Make reference to APPLICATION GUIDELINES n1




Parameter outside admitted range >Make reference to APPLICATION GUIDELINES n4

Resource already exists >Make reference to APPLICATION GUIDELINES n5

A30808-X3247-M430-1-7619 73


CML:TRAU


Create TRAC:NAME=TRAC:0;

2.11.2 DELETE TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 2.


This command is used to delete a TRAC board. After this operation, the system resetsthe deleted TRAC.

It is not allowed a configuration less than the minimum one: a TRAU must have at leasttwo TRACS.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. The TRAC number attribute value must be <=5.3. Before deleting a TRAC, it must be in the "Locked" state.4. Error in reading and writing of the database.5. The resource must be already created. The command DELETE:TRAC is executed

if more than 2 TRACs (minimum configuration) are created.

DELETE TRAC: NAME=TRAC:x;


DELETE ACK: SuccessfulDELETE NACK: NACK CAUSES:




Resource unlocked >Make reference to APPLICATION GUIDELINES n3


Resource does not exist >Make reference to APPLICATION GUIDELINES n5

74 A30808-X3247-M430-1-7619



Delete TRAC:NAME=TRAC:0;

2.11.3 GET TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of the TRAC object attributes.

Long Names:

System Responses:

Get TRAC:NAME=TRAC:0;

PC Time&Date: 14:17:29 05/14/2002

NE Time&date: 0:47:08 01/01/1990

USER NAME: SAG

COMMAND: Get TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08



GET TRAC: NAME=TRAC:x, [REQATTL=AST,AVS,OST,PRS,RUN-FILES,SST,CST,ALS,RELFUNCOBJ];

NAME address of the managed object (MO)REQATTL: list OfRequired AttributesAST administrativeStateAVS availabilityStatusOST operationalStatePRS proceduralStatusRUNFILES runningFilesSST standbyStatusCST controlStatusALS alarmStatusRELFUNCOBJ relatedFuncObjects

A30808-X3247-M430-1-7619 75


CML:TRAU



proceduralStatus = NULL

runningFiles

fileDesc1 = "R10100.ABS :02-05-05-01-01-00_00-07-06"

fileDesc2 = "S20701.BIN :02-06-01-02-07-01_02-04-24"

standbyStatus = Providingservice

controlStatus = NULL


relatedFuncObjects

PCMT:0/TSLT:6

PCMT:1/TSLT:6

PCMT:2/TSLT:6

PCMT:3/TSLT:6

PCMT:0/TSLT:7

PCMT:1/TSLT:7

PCMT:2/TSLT:7

PCMT:3/TSLT:7

PCMT:0/TSLT:8

PCMT:1/TSLT:8

PCMT:2/TSLT:8

PCMT:3/TSLT:8

PCMT:0/TSLT:9

PCMT:1/TSLT:9

PCMT:2/TSLT:9

PCMT:3/TSLT:9

PCMT:0/TSLT:10

PCMT:1/TSLT:10

PCMT:2/TSLT:10

PCMT:3/TSLT:10

PCMT:0/TSLT:11

PCMT:1/TSLT:11

PCMT:2/TSLT:11

PCMT:3/TSLT:11

76 A30808-X3247-M430-1-7619




Get TRAC:NAME=TRAC:0,REQATTL=AST&AVS&OST&PRS&

RUNFILES&SST&CST&ALS&RELFUNCOBJ;

2.11.4 GETSUBO TRAC

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT→ TRAUE → TRAC →

Applicability:

Phase 2 and Phase 3

Visibility level 0.



Long Names:

System Responses:

GETSUBO TRAC

COMMAND: Getsubo TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



GET NACK: One of the possible unsuccessful response can beGET ATTRIBUTES NACK:Equipment-TRAC-2List Of Required Attributes:Administrative StateOperational StateAvailability StatusProcedural StatusStandby StatusRunning FilesResource not Available

GETSUBO TRAC: NAME=TRAC:x;


A30808-X3247-M430-1-7619 77


CML:TRAU



Getsubo TRAC:NAME=TRAC:0;

2.11.5 GETTEST TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command gets the informations about the test running on TRAC card.

Long Names:

System Responses:

Gettest TRAC

GET NACK: One of the possible unsuccessful response can be:GET SUBORDINATES LIST NACK:Equipment-TRAC-1Resource not AvailableOne of the possible spontaneous messages can be:SUBORDINATES LIST:Equipment-TRAC-5Subordinate Objects List:TSL-TSLT-3-07TSL-TSLT-3-08TSL-TSLT-3-09TSL-TSLT-3-10TSL-TSLT-3-11TSL-TSLT-3-12TSL-TSLT-3-13TSL-TSLT-3-14TSL-TSLT-3-15TSL-TSLT-3-17END OF SUBORDINATES LIST:Equipment-TRAC-5

GETTEST TRAC: NAME=TRAC:x [REQATTL=TESTOUT,TESTSTTESTMON];


78 A30808-X3247-M430-1-7619


USER NAME: SAG

COMMAND: Gettest TRAC:NAME=TRAC:0,REQATTL=TESTOUT;

SW RELEASE: 02-06-01-01-00-13_01-04-24


MOT=TRAC:0testOutcome=INCONCLUSIVE



Gettest TRAC:NAME=TRAC:0;

2.11.6 LOCK TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to lock the specified TRAC.

Long Names:

System Responses:

LOCK TRAC

COMMAND: Lock TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


GETTEST NACK: NACK CAUSES:Resource not available

LOCK TRAC: NAME=TRAC:x;


LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-TRAC-1Administrative State: LockedNo Redundancy of Resource

A30808-X3247-M430-1-7619 79


CML:TRAU


1. It is always possible to lock a TRAC in disabled or standby state.2. It is allowed to lock a TRAC the operational state of which is enabled, provide that a

standby TRAC exists.3. Request of a Lock command on the TPWR that supplies power to BSMS providing

service: X is the BSMS copy providing service. If the BSMS (1-X) is "Hot Standby"the behavior of the system is the same as the "switch command". After the BSMSswitch the administrative state of the previous TPWR will be locked. Otherwise if theSMS (1-X) is not in "Hot Standby" status, the Lock command on TPWR that suppliespower to BSMS X will be refused.

4. When a "providing service" TRAC is locked, the standby TRAC becomes providingservice and then any other providing service TRAC can be locked.


Lock TRAC:NAME=TRAC:1;

2.11.7 PERFTEST TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows tests execution on the TRAC board.

Long Names:

System Responses:

Perftest TRAC:NAME=TRAC:0;

PC Time&Date: 14:19:02 05/14/2002

NE Time&date: 0:48:41 01/01/1990

USER NAME: SAG

COMMAND: Perftest TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


PERFTEST TRAC: NAME=TRAC:x;


80 A30808-X3247-M430-1-7619


MOT = TRAC:0

testObject = TRAUETEST:14



Test report:

name = TRAUETEST:5



MOT = TRAC:1

executedPhases

PreliminaryTest

InitializationTest

BSCILoopTest

EndTest

skippedPhases

BSCILoopTest


name = TRAUETEST:6



MOT = TRAC:5

executedPhases

PreliminaryTest

EndTest

failedPhases

phaseId = PreliminaryTest

addWord

H`000B H`0000 H`0000 H`0000

H`0000 H`0000 H`0000 H`0000






A30808-X3247-M430-1-7619 81


CML:TRAU

skippedPhases

InitializationTest

BSCILoopTest

proposedRepairActions = REPLACE_CARD_UNDER_TEST



2. System resources lack.3. The MORT is under the control of the associated Device Handler and it is not avail-

able for testing.4. The MORT is not created or it has a wrong instance number.


Perftest TRAC:NAME=TRAC:0;

2.11.8 STOPTEST TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to stop the test on TRAC object.

Long Names:

System Responses:

Stoptest TRAC:NAME=TRAC:0;

PC Time&Date: 14:19:11 05/14/2002

NE Time&date: 0:48:50 01/01/1990

USER NAME: SAG

COMMAND: Stoptest TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08


STOPTEST TRAC: NAME=TRAC:x;


82 A30808-X3247-M430-1-7619


MOT = TRAC:0



2. The TO is currently present in the system but it can’t be stopped. DGDM can’t acti-vate the internal message interfaces because of lack of resources (e.g.no morememory pool available).With this command the TRAU Diagnostic Manager will stopthe first Test Object, related to that MORT, that it will find in the currently runningtests or in the queued tests. If the test is currently running the stop command will beexecuted only after the end of the currently internal workingphase. This means thatthe emission of the unsolicited message TEST REPORT could be delayed for a vari-able amount of time depending of what internal working phase was in execution atthe moment of the STOP TEST reception. On the contrary if the Test Object isqueued it will be immediately removed from the waiting queue. Moreover the unso-licited message TEST REPORT will be generated immediately.


Stoptest TRAC:NAME=TRAC:0;

2.11.9 UNLOCK TRAC

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows to unlock the specified TRAC.

Long Names:

System Responses:

Unlock TRAC:NAME=TRAC:0;

PC Time&Date: 14:19:21 05/14/2002


>Make reference to APPLICATION GUIDELINES n1Test cannot be stopped:


UNLOCK TRAC: NAME=TRAC:x;


A30808-X3247-M430-1-7619 83


CML:TRAU

NE Time&date: 0:49:00 01/01/1990

USER NAME: SAG

COMMAND: Unlock TRAC:NAME=TRAC:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08




Unlock TRAC:NAME=TRAC:1;

UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:Equipment-TRAC-1Administrative State: UnlockedMessage Cannot Be Performed

1. This command is applicable provide that the object is in the Lock state.2. It is possible to unlock the TRAC card with the status in LOCKED and UNDER

TEST.

84 A30808-X3247-M430-1-7619


2.12 TRAUThe TRAU (Transcoder and Rate Adapter Unit) object represents the transcoder con-nected to a certain BSC. The transcoder receives from one side a 2 Mbit/s PCM line with16 kbit/s channels (on the Asub interface) and from the other side four 2 Mbit/s PCMlines with 64 kbit/s channels.

2.12.1 ACTIVATE TRAU

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → TRAU →

Applicability:

Phase 1 and Phase 2

Visibility level 2.


This command allows the user to activate a SW Load stored on the BSCI Flash Eproms.If, due to a previous download operation, two SW loads are stored on the Flash, eachof them can be activated; at the command receiving the other one is deleted.

Long Names:

System Responses:



Activate TRAU:NAME=TRAU:0,FILEID=”abcdefgh.txt”,FV=”SS-VV-RR-PR-LL-CL_YY-MM-DD”;

ACTIVATE TRAU: NAME=TRAU:x, FILEID, FV;

NAME address of the managed object (MO)FILEID fileIDFV fileVersion

ACTIVATE ACK: SuccessfulACTIVATE NACK: Possible errors notified by the TRAU and displayed by the LMT

are:TRAU SW Load Header not foundMismatch between SW Version parameter and SVR stored onFlash Eprom.File System errorMessage can not be performed

1. The Activate command causes a "Bring-Up" initialization on all boards; it can beused to run a new SW Load previously downloaded or to restart the TRAU fromthe firmware control.

A30808-X3247-M430-1-7619 85


CML:TRAU

2.12.2 GET TRAU

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of all the transcoder attributes.

Long Names:

System Responses:

Get TRAU:NAME=TRAU:0;

PC Time&Date: 14:17:53 05/14/2002

NE Time&date: 0:47:32 01/01/1990

USER NAME: SAG

COMMAND: Get TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-08




speechEncodingLaw = Alaw

GET TRAU: NAME=TRAU:x, [REQATTL=AST,OST,SPEN-LAW,SYNC,TRAUSWLH,TSYNC,ASUBE-TIME,TRANSPCHS,RELEQUIPOBJ,];

NAME address of the managed object (MO)REQATTL: list OfRequired AttributeAST administrativeStateOST operationalStateSPENLAW speechEncodingLawSYNC syncSourceTRAUSWLH trauSWLoadHeaderTSYNC tSyncASUBETIME asubExternalTimeTRANSPCHS transpChannelsRELEQUIPOBJ relatedEquipObjects

86 A30808-X3247-M430-1-7619


syncSource = BSC

trauSWLoadHeader = "HT020017.SWL:02-06-01-02-00-17_02-05-08"

tSync = 100

asubExternalTime =

Year = 1990

Month = Jan

Day = 1

Hour = 0

Min = 47

Sec = 32

transpChannels

pcmt = 0

timeSlotNumber = 1

pcmt = 1

timeSlotNumber = 2

pcmt = 0

timeSlotNumber = 3

pcmt = 2

timeSlotNumber = 4

pcmt = 3

timeSlotNumber = 5

relatedEquipObjects

BSMS:1

TPWR:1



Get TRAU:NAME=TRAU:0,REQATTL=AST&OST&SPENLAW&SYNC&

TRAUSWLH&TSYNC&ASUBETIME&TRANSPCHS&RELEQUIPOBJ;

GET NACK: NACK CAUSES:Invalid object class valueInvalid level 1 addressParameter outside admitted rangeInvalid attribute identifier value

1. Get of all attributes can not be made on Asub interface (i.e. LMT of BSC with In-terworking task) because the response exceeds 255 byte (Asub maximum transferunit).

A30808-X3247-M430-1-7619 87


CML:TRAU

2.12.3 LOCK TRAU

Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to lock the TRAU.

Long Names:

System Responses:

LOCK TRAU

COMMAND: Lock TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Lock TRAU:NAME=TRAU:0;

2.12.4 LOCKREQUEST TRAU

Command Tree:


Applicability:

Phase 3

Visibility level 1.

LOCK TRAU : NAME=TRAU:x;


LOCK NACK: The command has been rejected

1. The command is applicable provide that the TRAU state is Unlocked or ShuttingDown.

LOCKREQUEST TRAU: NAME=TRAU:x;

88 A30808-X3247-M430-1-7619



This command is a request to BSC and allows to lock the Transcoder.

Long Names:

System Responses:

LOCKREQUEST TRAU

USER NAME: SAG

COMMAND: Lockrequest TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



1. The command is applicable provide that the TRAU state is Unlocked or ShuttingDown.

2. The command is applicable only if LPDLS is enabled.


Lockrequest TRAU:NAME=TRAU:0;

2.12.5 SET TRAU

Command Tree:


Applicability:

Phase 2

Visibility level 2.


This command allows to set the time and the date of the managed object (MO).

Long Names:

System Responses:


LOCK NACK: The command has been rejected

SET TRAU: NAME=TRAU:x, [ASUBETIME];

NAME address of the managed object (MO)ASUBETIME asubExternalTime

SET ACK: SuccessfulSET NACK: Unsuccessful. Trau Error (see Application Guidelines 1 and 2).

A30808-X3247-M430-1-7619 89


CML:TRAU


1. Wrong data.2. Timer expired.


Set TRAU:NAME=TRAU:0, ASUBETIME=2000-12-15-23-59-00;

2.12.6 SHUTDOWN TRAU

Command Tree:


Applicability:

Phase 3

Visibility level 1.


Through this command is asked to the BSC to start the TRAU Shutting Down procedure.

Long Names:

System Responses:

SHUTDOWN TRAU

COMMAND: Shutdown TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Shutdown TRAU:NAME=TRAU:0;

2.12.7 UNLOCK TRAU

SHUTDOWN TRAU: NAME=TRAU:x;


SHUTDOWN NACK: NACK CAUSES:Message cannot be performed

1. This command is applicable only if the TRAU administrative state is Unlocked.

UNLOCK TRAU: NAME=TRAU:x;

90 A30808-X3247-M430-1-7619


Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to unlock the Transcoder.

Long Names:

System Responses:

UNLOCK TRAU

COMMAND: Unlock TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Unlock TRAU:NAME=TRAU:0;

2.12.8 UNLOCKREQUEST TRAU

Command Tree:


Applicability:

Phase 3

Visibility level 1.


This command is a request to BSC and allows to unlock the Transcoder.

Long Names:


UNLOCK NACK: The command has been rejected

1. The command is applicable provide that the TRAU state is Locked or ShuttingDown.

UNLOCKREQUEST TRAU: NAME=TRAU:x;


A30808-X3247-M430-1-7619 91


CML:TRAU

System Responses:

UNLOCKREQUEST TRAU

USER NAME: SAG

COMMAND: Unlockrequest TRAU:NAME=TRAU:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10



1. The command is applicable provide that the TRAU state is Locked or Shutting Down.2. The command is applicable only if LPDLS is enabled.


Unlockrequest TRAU:NAME=TRAU:0;

UNLOCK NACK: The command has been rejected

92 A30808-X3247-M430-1-7619


2.13 TRAUEThe TRAUE (TRAU Equipment) object represent the whole equipment of a TRAU; it isdefined to manage the information concerning the whole TRAU.

2.13.1 GET TRAUE

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE →

Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the reading of the PCM type used in the system.

Long Names:

System Responses:

GET TRAUE

COMMAND: Get TRAUE:NAME=TRAUE:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


GET TRAUE: NAME=TRAUE:x, [REQATTL= PCMTYPE,SALUNAME,TRAU-SYLW,TYPOFTRAUE,BSMSSEV,TPWRSEV,TRACSEV,EQU-POS,SHELFN,LMTLOGSES,LMTLOGT,LMTUSRACSLEV,LMTUSRNAME, EAUTOREC];

NAME address of the managed object (MO)REQATTL: listOfRequired AttributesPCMTYPE pcmTypeSALUNAME salesUniqueNameTRAUSYLW trauSyncLawTYPOFTRAUE typeOfTraueBSMSSEV sbsAlarmSeverityBsmsTPWRSEV alarmSeverityTpwrTRACSEV alarmSeverityTracEQUPOS equipmentPositionSHELFN shelfNumberLMTLOGSES lmtLogonSessionLMTLOGT lmtLogonTimeLMTUSRACSLEV lmtUserAccessLevelLMTUSRNAME lmtUserNameEAUTOREC enableAutomaticRecovery

A30808-X3247-M430-1-7619 93


CML:TRAU

pcmType = pcm30

salesUniqueName = ""

trauSyncLaw = BSC

typeOfTraue = WITH_TPWR

alarmSeverityBsms = MAJOR

alarmSeverityTpwr = MAJOR

alarmSeverityTrac = MINOR

equipmentPosition = "010101"

shelfNumber = SHELF3

lmtLogonSession = ACTIVE

lmtLogonTime

year = 1995

month = Jan

day = 7

hour = 20

minute = 35

second = 27

lmtUserAccessLevel = ACCESS_CONTROL_MANAGEMENT

lmtUserName = "SAG"

enableAutomaticRecovery = DISABLED



Get TRAUE:NAME=TRAUE:0,REQATTL=PCMTYPE&SALUNAME&TRAUSYLW&

TYPOFTRAUE&BSMSSEV&TPWRSEV&TRACSEV&EQUPOS&SHELFNS&

LMTLOGSES&LMTLOGT&LMTUSRACSLEV&LMTUSRNAME&EAUTOREC;

GET NACK: NACK CAUSES:Inconsistency in Attribute ListInvalid object class valueInvalid level 1 addressMessage cannot be performedParameter outside admitted range

1. The PCMTYPE must be consistent with:BSCI version (at least V4);MSCI version (at least V2);LAPD timeslot number.

94 A30808-X3247-M430-1-7619


2.13.2 GETACTIVEALARMS TRAUE

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


The effect of the command is to re-emit the active alarms.

The request is processed in two different ways according to the presence or not of thefield EVENT_TYPE.

If the EVENT_TYPE is present, only the alarm/s with the specified Event_Type will bere-emitted.

If the EVENT_TYPE is absent, every enqueued alarm will be re-emitted.

Long Names:

System Responses:

GETACTIVEALARMS TRAUE

COMMAND: Getactivealarms TRAUE:NAME=TRAUE:0;

SW RELEASE: 02-06-01-02-00-17_02-05-10


alignmentRequestNo = 0



Getactivealarms TRAUE:NAME=TRAUE:0,EVTYP=COMMUNICATIONFAILURE;

GETACTIVEALARMS TRAUE: NAME=TRAUE:x, [EVTYP=] ;

NAME address of the managed object (MO)EVTYP eventType

GET NACK: NACK CAUSES:Invalid object class valueObject instance unknownParameter value outside permitted rangeRequest already in progress

A30808-X3247-M430-1-7619 95


CML:TRAU

2.13.3 PERFTEST TRAUE

Command Tree:


Applicability:

Phase 2 and Phase 3

Visibility level 1.


This command allows the execution of tests onTRAUE boards.

Long Names:

System Responses:

PERFTEST TRAUE

COMMAND: Perftest TRAUE:NAME=TRAUE:0,MORT=BSMS:1;

SW RELEASE: 02-06-01-02-00-17_02-05-10


MOT:BSMS:1testObject:TRAUETEST:14



Perftest TRAUE:NAME=TRAUE:0,MORT=BSMS-1;

2.13.4 SET TRAUE

PERFTEST TRAUE: NAME=TRAUE:x, MORT=;

NAME address of the managed object (MO)MOT mot

PERFTEST NACK: NACK CAUSES:MOT not locked

SET TRAUE: NAME=TRAUE:x, [PCMTYPE=], [SALUNAME=], [TRAUSYLW=],[BSMSSEV=], [TPWRSEV=], [TRACSEV=], [EQUPOS=], [SHELFN=],[TYPOFTRAUE=] [,EAUTOREC=];

96 A30808-X3247-M430-1-7619


Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → SET TRAUE

Applicability:

Phase 2 and Phase 3

Visibility level 2.


This command defines the parameters of the specified TRAUE object.

Long Names:

System Responses:


1. The standard header of the message is not correct.2. Error in reading and writing of the database.3. The PCMTYPE must be consistent with:

4. The TRAUSYNCLAW attribute values must be BSC or MSC.

NAME address of the managed object (MO)PCMTYPE pcmTypeSALUNAME salesUniqueNameTRAUSYLW trauSyncLawBSMSSEV alarmSeverityBsmsTPWRSEV alarmSeverityTpwrTRACSEV alarmSeverityTracEQUPOS equipmentPositionSHELFN shelfNumberTYPOFTRAUE typeOfTraue (see Application Guidelines n9)EAUTOREC enableAutomaticRecovery





Parameter outside admitted range >Make reference to APPLICATION GUIDELINES n3,4,5

Message inconsistent with physical configuration >Make reference to APPLICATION GUIDELINES n6

Message inconsistent with logical configuration >Make reference to APPLICATION GUIDELINES n7

- BSCI version (at least V4);

- MSCI version (at least V2);

- LAPD timeslot number.

A30808-X3247-M430-1-7619 97


CML:TRAU

5. The BSMSSEV, TPWRSEV, TRACSEV attributes values must be minor, major orcritical.

6. If the required PCMTYPE is PCM24 and a transparent channel is connected on atimeslot in the range 25-31, the transparent channel is deleted.

7. This answer is issued when the required PCMTYPE is PCM24 and the BSCI versionis lower than the V4, or the MSCI type is lower than V2.

8. This answer is issued when the required PCMTYPE is PCM24 and the LAPD is con-figured on a timeslot in the range 25-31.

9. Note that: if the TRAU cards (BSCI V4, MSCI V2, TRAC V5) are configured with ajumpers setting in order to work with their powers on board (in this way the boardsderives the power directly from the 48V source), but the “TYPOFTRAUE” has thevalue “WITH_TPWR” then from the TRAU O&M point of view the TPWR object ispresent and is always ENABLE even if the TPWR cards are extracted from the rackor they are powered off! This situation means that at RC side the TPWR icons (forthat TRAU) will be present and displayed in GREEN color. This situation is due tothe fact that the boards jumper settings and the value of “TYPOFTRAUE” are notconsistent, moreover in this case (boards SELF-POWERED) the TRAU Hardwaresimulates the presence of the TPWR cards so from the Software point of view theTPWR cards are present and always well working. The TPWR Hardware simulationis necessary for the backwards Software compatibility. The consistency between thejumpers setting and the value of “TYPEOFTRAUE” is a duty of the Operator; theTRAU duty is to keep the service without outage even in case of inconsistency. Thefollowing table will be helpful to keep the Consistency:


Set TRAUE:NAME=TRAUE:0,PCMTYPE=pcm30,SALUNAME="AD042S7449E",TRAUSYLW=BSC,BSMSSEV=CRITICAL,TPWRSEV=CRITICAL,TRACSEV=CRITI-CAL,EQUPOS=”030107”, SHELFN=2, TYPOFTRAUE=WITH_TPWR, EAU-TOREC=DISABLED;

2.13.5 STOPTEST TRAUE

Command Tree:


Is TPWR cardspresent in theRACK?

TYPEOFTRAUEvalue:

Boards Jumpers Set-ting:

O&M Result:

Yes WITH_TPWR NO SELF-POWERED CONSISTENCYYes WITH_TPWR SELF-POWERED INCONSISTENCYYes WITHOUT_TPWR NO SELF-POWERED INCONSISTENCYYes WITHOUT_TPWR SELF-POWERED INCONSISTENCYNO WITH_TPWR SELF-POWERED INCONSISTENCYNO WITHOUT_TPWR SELF-POWERED CONSISTENCY

STOPTEST TRAUE: NAME=TRAUE:x, [MORT=], [TESTNO=];

98 A30808-X3247-M430-1-7619


Applicability:

Phase 2 and Phase 3

Visibility level 2.


This command stops a test running on a TRAU equipment object.

Long Names:

System Responses:

STOPTEST TRAUE

COMMAND: Stoptest TRAUE:NAME=TRAUE:0,MORT=BSMS:1;

SW RELEASE: 02-06-01-02-00-17_02-05-10


Application Guidelines:– None,


Stoptest TRAUE:NAME:0,MOT=BSMS:0,TESTNO=5;

2.14 TRAUETESTThe TEST locates a test object in the BSS system; this object is created when anactivation of a diagnostic occurs.

2.14.1 GET TRAUETEST

Command Tree:

MANAGED-ELEMENT → BSS-EQUIPMENT → TRAUE → TRAUETEST →

Applicability:

Phase 2 and Phase 3

Visibility level 1.

NAME address of the managed object (MO)MOT motTESTNO testNo


GET TRAUETEST: NAME=TRAUETEST:x, [REQATTL=MORT, TESTOUT,TESTST,TESTMON];

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CML:TRAU


This command allows to retrieve some information about the test object specified intothe command.

Long Names:

System Responses:

Get TRAUETEST:NAME=TRAUETEST:1;

PC Time&Date: 14:07:18 05/14/2002

NE Time&date: 0:36:57 01/01/1990

USER NAME: SAG

COMMAND: Get TRAUETEST:NAME=TRAUETEST:1;

SW RELEASE: 02-06-01-02-00-17_02-05-08


MOT = TRAC:4

testOutcome = INCONCLUSIVE

testState = TESTING

testMonitor

phaseId = PreliminaryTest

phaseStatus = Passed

phaseId = InitializationTest

phaseStatus = Running

phaseId = BSCILoopTest

phaseStatus = Waiting

phaseId = EndTest

phaseStatus = Waiting



Get TRAUETEST:NAME=TRAUETEST:0,REQATTL=MOT&TEST-OUT&TESTST&TESTMON;

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesMOT motTESTOUT testOutcomeTESTST testStateTESTMON testMonitor

GET TEST NACK: The command has been rejected

100 A30808-X3247-M430-1-7619


2.15 TSLTTSLT locates one of the TIME SLOTS one the relevant PCMT line.

2.15.1 GET TSLT

Command Tree:

MANAGED-ELEMENT → BSS-FUNCTIONAL → PCMT→ TSLT →

Applicability:

Phase 2 and Phase 3

Visibility level 0.


This command allows the reading of the TSLT object attributes. The command param-eters are the PCMT number (TSLT_Number) and the TSL number in the PCM line(tsl_number).

Long Names:

System Responses:

Get TSLT:NAME=PCMT:0/TSLT:1;

PC Time&Date: 14:18:05 05/14/2002

NE Time&date: 0:47:43 01/01/1990

USER NAME: SAG

COMMAND: Get TSLT:NAME=PCMT:0/TSLT:1;

SW RELEASE: 02-06-01-02-00-17_02-05-08


tsltVolume

uplinkVolume = 12

downlinkVolume = 12

relatedEquipObjects

GET TSLT: NAME=PCMT:x/TSLT:y, [REQATTL= TSLTVOLUM,RELEQUI-POBJ,AST];

NAME address of the managed object (MO)REQATTL: listOfRequiredAttributesTSLTVOLUM tsltVolumeRELEQUIPOBJ relatedEquipObjectsAST administrativeState

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CML:TRAU




Get TSLT:NAME=PCMT:0/TSLT:1,REQATTL=TSLTVOLUM&

RELEQUIPOBJ&AST;

2.15.2 LOCK TSLT

Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to lock the specified Time Slot.

Long Names:

System Responses:

LOCK TSLT

COMMAND: Lock TSLT:NAME=PCMT:0/TSLT:1;

SW RELEASE: 02-06-01-02-00-17_02-05-10



GET NACK: One of the possible unsuccessful response can be:GET ATTRIBUTES NACK:TSL-TSLT-0-5List Of Required Attributes:Administrative StateResource not Available

LOCK TSLT: NAME=PCMT:x/TSLT:y;


LOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:TSL-TSLT-0-5Resource not Available

1. This command is applicable provide that the TSL state is Unlocked or ShuttingDown.

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Lock TSLT:NAME=PCMT:0/TSLT:1;

2.15.3 UNLOCK TSLT

Command Tree:


Applicability:

Phase 2

Visibility level 1.


This command allows to unlock the specified Time Slot.

Long Names:

System Responses:

UNLOCK TSLT

COMMAND: Unlock TSLT:NAME=PCMT:0/TSLT:1;

SW RELEASE: 02-06-01-02-00-17_02-05-10




Unlock TSLT:NAME=PCMT:0/TSLT:1;

UNLOCK TSLT: NAME=PCMT:x/TSLT:y;


UNLOCK NACK: CHANGE ADMINISTRATIVE STATE NACK:TSL-TSLT-0-5Resource not Available

1. This command is applicable provide that the TSL state is Locked or Shutting Down.

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CML:TRAU

3 Parameters/Attributes in Alphabetical Order

ABORT

ALS

ASEV

iThe number of TRAUs needed to achieve the target data of switching capacity of 3500Erlang, maintaining the balancing between Abis and Asub configuration (maximum of72 total PCM lines), is 32. Anyway, considering the further evolution and that no draw-backs are foreseen in case of upper limit, the maximum number of TRAUs is already setat 36.

This attribute defines whether scripts have to abort or not after aFALSE command (NACK-replied BMML command or failed TESTcommand).Validity range:YESNO

Contained in the following commands:SET, EXEC

alarmStatusThis attribute indicates the occurrence of an abnormal condition relat-ing to an object.Validity range:CLEAREDACTIVEREPORTABLEMINORACTIVEREPORTABLEMAJORACTIVEREPORTABLECRITICAL

Contained in the following commands:GET ENVATRAUE,GET BSMS,GET TPWR,GET TRAC

associatedEnvaSeverityThis attribute represents the severity associated to the environmentalevent.Validity range:CriticalMayorMinor(default value: Critical )

Contained in the following commands:GET ENVATRAUE,CREATE ENVATRAUE, SET ENVATRAUE

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AST

ASTRING

ASUBETIME

ASUBLKSAT

administrativeStateThis attribute defines the administrative stateValidity range:LOCKEDShuttingDown

UNLOCKED

Contained in the following commands:GET ENVATRAUE,GET BSMS,GET PCMT,GET TPWR,GETTRAC,GET TRAU,GET TSLT

associatedStringThis attribute represents a description of the environmental event.Validity range:String <= 26 characters


asubExternalTimeThis attribute allows the alignment of the Time and Date on the stand-by copy every 1 hour and every time the link between the active andstandby BSCI is established.

Validity range:Year 1992-2099Month 1-12Day 1-31Hour 0-23Minute 0-59Second 0-59

Contained in the following commands:GET TRAU,SET TRAU,

asubLinkSatellitedThis attribute characterises the operational and maintenance channelbetween BSC/TRAU:satellite or not satellite.Validity range:TRUEFALSE(default value:False)

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CML:TRAU

ASUBLAPDCH

AVS

BSMS:x

Contained in the following commands:GET LPDLS,SET LPDLS

asubLapdChannelThis attribute identifies the ASUB timeslot used for the operation andmaintenance channel.Validity range:1...31(default value:31)


availabilityStatusThis attribute defines the availability statusValidity range:IntestFailedPowerOffOffLineOffDutyDependencyDegradedNotInstalledLogfullNULL

Contained in the following commands:GET BSMS,GET LPDLS,GET PCMS,GET PCMT,GET SYNC,GETTPWR,GET TRAC

Address of the managed object (MO)Validity range:x=0..1

Contained in the following commands:FORMAT BSMS EPROM, GET BSMS, GETSUBO BSMS, LOCKBSMS, UNLOCK BSMS,GETTEST BSMS,PERFTESTBSMS,STOPTEST BSMS,SWITCH BSMS

106 A30808-X3247-M430-1-7619


BSMSSEV

CLEAR

CST

DANGEROUS

sbsAlarmSeverityBsmsAlarm severity associated to BMS resourcesValidity range:CRITICALMAJORMINOR(default value:Major )

Contained in the following commands:GET TRAUE,SET TRAUE

This attribute overrides output file or appends to it.Validity range:YESNO

Contained in the following commands:SET

controlStatusThis attribute indicates if the object is reserved for test.Validity range:SUBJECT_TO_TESTPART_OF_SERVICES_LOCKEDRESERVED_FOR_TESTSUSPENDED_CONTROL_STATUSNULL

Contained in the following commands:GET BSMS,GET TRAC

This attribute specifies whether the execution of the command has tobe confirmed by the user.Validity range:YES the command has to be confirmed by the userNO the command hasn't to be confirmed by the user

Contained in the following commands:EXEC

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CML:TRAU

DESTDIR

DIRLIST

EAUTOREC

ENVATRAUE:x

destinationDirectoryThis attribute represents the directory on LMT disk where the upload-ed logfile/inventory file will be copied to.Validity range:1-80 alphanumerical characters string

Contained in the following commands:UPLTRAULOG, UPLLIDF REMINV

directoryListThis attribute identifies the name of all files belonging to the SW loadstored on the Flash Eprom.Validity range:File_id 1 Trau SW Load Header 12 characters stringFile_id 2 BSCI exe file 12 characters stringFile_id 3 MSCI exe file 12 characters stringFile_id 4 TRAC exe file 12 characters stringFile_id 5 DSP exe file 12 characters stringFile_id 6 Trau SW Load Header 12 characters stringFile_id 7 BSCI exe file 12 characters stringFile_id 8 MSCI exe file 12 characters stringFile_id 9 TRAC exe file 12 characters stringFile_id 10 DSP exe file 12 characters string

Contained in the following commands:GET BSMS

This attribute allows to enable or to disable the Automatic Recovery.Validity range:ENABLEDDISABLED(default value: DISABLED)Contained in the following commands:SET TRAUE, GET TRAUE

Address of the managed object (MO)Validity range:x=0

Contained in the following commands:CREATE ENVATRAUE, DELETE ENVATRAUE, GET EN-VATRAUE, LOCK ENVATRAUE, SET ENVATRAUE, UNLOCK EN-VATRAUE

108 A30808-X3247-M430-1-7619


EQUPOS

ERROR

EVTYP

FILE

equipmentPositionThis attribute indicates the TRAU rack position given by three num-bers indicating “room”, “row” and “rack”.Validity range:6 characters string(default value:010101)


This attribute forces the application to ask user confirmation for scriptabort.Validity range:YESNO


eventTypeValidity range:COMMUNICATION_FAILURE_EVENTQUALITY_OF_SERVICE_FAILURE_EVENTPROCESSING_FAILURE_EVENTEQUIPMENT_FAILURE_EVENTENVIRONMENTAL_FAILURE_EVENT

Contained in the following commands:GETACTIVEALARMS TRAUE

fileThis attribute contains the name of event log file. This file has to have.evl extension.This attribute contains the name of the local IDF. This file has to have.idt extension.Validity range:String 1-30

Contained in the following commands:UPLLIDF REMINV,UPLTRAULOG

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CML:TRAU

FILEID

FILENAME

FILETYPE

FV

HEADER

fileIDThis attribute identifies a certain file.Validity range:0-12 characters string

Contained in the following commands:ACTIVATE TRAU

This attribute defines the file to be executed.Validity range:1-80 characters string


This attribute contains the type of event log file. The option EVENTLOG is the default one.Validity range:EVENT_LOG

Contained in the following commands:UPLTRAULOG

fileVersionThis attribute have the format SS-VV-RR-PR-LL-CL_YY-MM-DD(System, Version, Release, Point Release, Load Level, ConsolidationLevel, Year, Month, Day) that defines the version of a certain file.Validity range:0-26 characters string

Contained in the following commands:ACTIVATE TRAU

The softwareLoad-header file is a string of 12 alphanumerical charac-ters.Validity range:HTiisspp.SWL for swLoad-header fileWhere:ii sub-feature package codess actual statepp patch version

110 A30808-X3247-M430-1-7619


IFLOG

LKAPCM

LKSPCM

LMTLOGSES

Contained in the following commands:DNLALLEXE

interfaceLogicThis attribute represents the interface logic towards the alarm detec-tion equipment.Validity range:LowHigh


linkActivePcmThis attribute identifies which link is active in the PCM lineValidity range:linkAlinkB

Contained in the following commands:GET PCMS

linkStatePcmThis attribute defines the state of the two links of the PCM LineValidity range:linkAandBOKlinkANotOKlinkBNotOKbothNotOKNULL

Contained in the following commands:GET PCMS,SET PCMS

lmtLogonSessionThis attribute defines if the user is logged on TRAUValidity range:NOT_ACTIVEACTIVE

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CML:TRAU

LMTLOGT

LMTUSRACSLEV

LMTUSRNAME

LOWBER

Contained in the following commands:GET TRAUE

lmtLogonTimeThis attribute defines last login time

Validity range:year 1992-2099month 1-12day 1-31hour 0-23minute 0-59second 0-59


lmtUserAccessLevelThis attribute defines the user permission levelValidity range:READ_ONLYCOMMANDREAD_WRITEACCESS_CONTROL_MANAGEMENTNOT_DEFINED


lmtUserNameThis attribute defines the user nameValidity range:string 0-7


lowerBitErrorRateLow threshold for the Bit error rate attribute.Validity range:TenExpMin3TenExpMin4

112 A30808-X3247-M430-1-7619


LPDLS:x

LREDUNEQ

MORT

NAMENVA

TenExpMin5TenExpMin6TenExpMin7TenExpMin8TenExpMin9(default value: TenExpMin3 )

Contained in the following commands:GET PCMS,SET PCMS,GET PCMT



lineRedundancyEquippedThis attribute indicates which line is equippedValidity range:TRUNKA_ONLY_EQUIPPEDTRUNKB_ONLY_EQUIPPEDTRUNKA_AND_TRUNKB_EQUIPPED

Contained in the following commands:GET PCMS,SET PCMS

motThe Managed Object under Test defines the resource.

Contained in the following commands:GET TRAUETEST, PERFTEST TRAUE,STOPTEST TRAUE

nameEnvaAlarm type identifierValidity range:DOOR_OPEN (enclosure door open alarm)FAN_ALARM

Contained in the following commands:GET ENVATRAUE, CREATE ENVATRAUE, SET ENVATRAUE

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CML:TRAU

OST

OUTPUT

OVERWRITE

PCMPAR

operationalStateThis attribute the operational stateValidity range:DISABLEDENABLED

Contained in the following commands:GET ENVATRAUE,GET BSMS,GET LPDLS,GET PCMS,GET PC-MT,GET SYNC,GET TPWR,GET TRAC,GET TRAU

This attribute identifies the pathname where to store ECHO outputs.Validity range:0-80 characters string

Contained in the following commands:SET

overwriteThis attribute specifies whether the existing file containing the AlarmBuffer SW will be overwritten (YES) or not (NO).This attribute specifies whether the IDF previous version, that has thesame file name, will be overwritten (YES) or not (NO).Validity range:YESNO(default value:Yes)

Contained in the following commands:DNLALLEXE, UPLTRAULOG, UPLLIDF REMINV

pcmParameters

Crc The Crc attribute is used to enable/disablethe CRC signal handling on the PCM signal(see Application Guideline 3).The crc attribute value meaning dependson the PCMtype attribute of the TRAUE ob-ject. If the PCMtype is PCM30, the crc isCRC4. If the PCMtype is PCM24, the crc isCRC6.Validity range:TRUE: enabledFALSE: disabled

114 A30808-X3247-M430-1-7619


PCMS:x

PCMT:x

(default value: FALSE )

Code The code attribute selects the line code tobe provided.Validity range:AmiHdb3NULL(default value: Hdb3 )

Not_Urgent_Alarm The NotUrgentAlarm attribute is used toenable/disable the handling of NotUrgentA-larm of the 2Mbit/s port.Validity range:DisabledEnabledNULL(default value: Disabled )

Bit_Error_Rate Bit Error rate attribute.Validity range:TenExpMin3TenExpMin4TenExpMin5(default value: TenExpMin3 )

Bit_Alignment_Frame Bit Alignment Frame attributeValidity range:0-255,(default value: 0)



Contained in the following commands:GET PCMS, SET PCMS


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CML:TRAU

PCMTLSYNC

PCMTYPE

PRIORITY

PRS

Contained in the following commands:GET PCMT, LOCK PCMT, UNLOCK PCMT, GET TSLT, LOCKTSLT, UNLOCK TSLT

pcmLineSyncThis attribute describes the TRAU capability to select the PCM linespecified as source of synchronism.Validity range:0..3

Contained in the following commands:GET SYNC

pcmTypeThis attribute Identifies the PCM connection type used in the system.The PCMTYPE must be consistent with:

BSCI version (at least V4)MSCI version (at least V2)LAPD timeslot number

If required PCMTYPE is PCM24 and a transparent channel is con-nected on a timeslot in the range 25..31, the transparent channel isdeleted.Validity range:pcm24pcm30(default value: pcm30 )


This attribute assigns a priority to the script execution.Validity range:0-10 (0=fastest, 10=slowest)


proceduralStatusThis attribute defines the procedural statusValidity range:initializationrequirednotinitialized

116 A30808-X3247-M430-1-7619


RELEQUIPOBJ

RELFUNCOBJ

REMAL

initializingreportingterminatingNULL


relatedEquipObjectsThis attribute contains the list of the related hardware objects that areinvolved in providing a given functionality.Validity range:TRAU FMOs Related equipment objectsLPDLS BSMS (0..1), TPWR (0..1)PCMT BSMS (0..1), TPWR (0..1)PCMS BSMS (0..1), TPWR (0..1)SYNC BSMS (0..1), TPWR (0..1)TRAU BSMS (0..1), TPWR (0..1)TSLT TRAC (0..5)

Contained in the following commands:GET LPDLS,GET PCMS,GET PCMT,GET SYNC,GET TRAU,GETTSLT

relatedFuncObjectsThis attribute contains the list of related functional objects for thespecified hardware managed object.Validity range:TRAU HMO Related functionL ObjectsTRAUE NoneBSMS/TPWR TRAU, PCMA (0..3), LPDLS, PCMS

(**)TRAC TSLA (0..31;1..31)

Contained in the following commands:GET BSMS,GET TPWR,GET TRAC,GET TRAU

remoteAlarmTypeRemote alarm indication attribute.Validity range:CCITTBELLCORENULL(default value: NULL )

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CML:TRAU

REMINV:x

REQATTL

RUNFILES

SALUNAME



Contained in the following commands:DNLIDFD REMINV, UPLLIDF REMINV

listOfRequiredAttributesThis parameter defines the list of the attributes whose status or valuecan be displayed by the operator.Validity range:The values depend of the object selected

Contained in the following commands:All GET commands.

runningFilesThis attribute identifies the names and versions of files running on:BSCI and MSCI boards exe file descriptor (for BSMS), or TRAC andDSP exe file descriptor (for TRAC).Validity range:FileDesc1 string of 39 charFileDesc2 string of 39 char


salesUniqueNameThis attribute identifies univocally every network element in thesystem.Validity range:11 characters string


118 A30808-X3247-M430-1-7619


SHELFN

SPENLAW

SRCDIR

SRCPATH

shelfNumberThis attribute indicates the shelf number inside the rack.Validity range:SHELF0.SHELF7UNDEFINEDDEFAULT

(default value: DEFAULT )


speechEncodingLawThis attribute identifies the coding law used the PCM lines.Validity range:AlawMicrolaw

Contained in the following commands:GET TRAU

sourceDirThis attribute indicates the directory containing the TRAU-SW to bedownloaded. This attribute indicates the directory where the TRAUN-RIU files is stored (DNLIDFD).Validity range:1-80 alphanumerical characters string(default value)

Contained in the following commands:DNLIDFD REMINV

sourceDirThis attribute indicates the directory containing the BTS-SW to bedownloaded (DNLALLEVE).Validity range:1-79\1-12 alphanumerical characters string(default value)

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CML:TRAU

SST

SYNC

SYNC:x

SYNCHRO

Contained in the following commands:DNLALLEXE

standbyStatusThis attribute is peculiar to the redundant objects TRAC and BSMS.It indicates whether the object instance is providing service or stand-by.Validity range:ProvidingserviceHotstandbyColdstandbyNULL

Contained in the following commands:GET BSMS,GET SYNC,GET TRAC

syncSourceThis attribute identifies the synchronization source used by TRAU.Validity range:BSCMSCFreeRunning



Contained in the following commands:GET SYNC

This attribute sets scripts execution mode: in synchronous scripts,each command is not executed until the previous one has been re-plied by the Network Element; in asynchronous scripts, all commandsare sent at once.Validity range:YESNO

120 A30808-X3247-M430-1-7619


TEI

TESTMON


teiThis attribute contains the Terminal Endpoint Identifier correspondingto the LAPDLINK object.Validity range:0-63(default value: NULL )


testMonitorThis attribute provides a summary of the test state execution. It is astructured attribute that provides the state for each phase.

phaseId This field identifies the phase mnemonicValidity range:dummy TestForceAlarm TestEnd TestAccessibility TestBSCI Initialisation TestBSCI SerialLink TestMSCI Global TestEnd TestAccessibility TestInitialization TestBSCI Loop TestEnd Test

phaseStatus This field identifies the status of the phase

Validity range:WaitingPassedFailedRunning

Contained in the following commands:GET TRAUETEST,GETTEST BSMS, GETTEST TPWR, GETTESTTRAC

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CML:TRAU

TESTNO

TESTOUT

TESTST

TEXT

testNoThis attribute represent the number assigned to the test.Validity range:1-255

Contained in the following commands:STOPTEST TRAUE

testOutcomeThis attribute specifies the test result.Validity range:INCONCLUSIVEPASSEDFAILEDTIME_OUTPREMATURE_TERMINATION

Contained in the following commands:GET TRAUETEST, GETTEST BSMS, GETTEST TPWR, GETTESTTRAC

testStateThis attribute indicates the test current state.Validity range:NOT_INITIALIZEDIDLEINITIALIZINGTESTINGTERMINATINGSUSPENDEDDISABLED

Contained in the following commands:GET TRAUETEST,GETTEST BSMS, GETTEST TPWR, GETTESTTRAC

This attribute defines the double quoted string BMML command orfailed TEST command.Validity range1-256

122 A30808-X3247-M430-1-7619


THR

TPWR:x

TPWRSEV

TRAC:x

Contained in the following commands:ECHO

thresholdError detection threshold (in seconds).Validity range:2-65534(default value:2)



Contained in the following commands:GET TPWR, GETSUBO TPWR, GETTEST TPWR, LOCK TP-WR,PERFTEST TPWR,STOPTEST TPWR, UNLOCK TPWR

alarmSeverityTpwrAlarm severity associated to TPWR resourcesValidity range:CRITICALMAJORMINOR(default value:MAJOR



Contained in the following commands:CREATE TRAC, DELETE TRAC, GET TRAC, GETSUBOTRAC,GETTEST TRAC, LOCK TRAC, PERFTESTTRAC,STOPTEST TRAC,UNLOCK TRAC

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CML:TRAU

TRACSEV

TRANSPCHS

TRAUSWLH

TRAU:x

alarmSeverityTracAlarm severity associated to TRAC resourcesValidity range:CRITICALMAJORMINOR(default value:MAJOR


transpChannelsThis attributes identifies the list of transparent channel configured inthe TRAU.pcmt Validity range:

0-3

timeslotNumber Validity range:0-31


trauSWLoadHeaderThis attribute identifies the file identifier and the version of the file con-taining all the files to be stored in the BSCI board flash memory.Validity range:1-39 characters string



Contained in the following commands:ACTIVATE TRAU, GET TRAU, LOCKREQUEST TRAU, LOCKTRAU, SET TRAU, SHUTDOWN TRAU, UNLOCKREQUEST TRAU,UNLOCK TRAU

124 A30808-X3247-M430-1-7619


TRAUE:x

TRAUETEST:x

TRAUSYLW

TSLT:y

TSLTVOLUM


Contained in the following commands:GET TRAUE, GETACTIVEALARMS TRAUE,PERFTESTTRAUE,SET TRAUE,STOPTEST TRAUE

This attribute univocally identifies the test to execute. The user mustattribute a numeric value to this test.Validity range:1..255

Contained in the following commands:GET TRAUETEST

trauSyncLawSynchronization lawValidity range:BSCMSC


Address of the managed object (MO)Validity range:y=1..31

Contained in the following commands:GET TSLT, LOCK TSLT, UNLOCK TSLT

tsltVolumeThis attribute defines the downlink and uplink volume related to thetime slot.uplinkVolume Validity range:

0-24downlinkVolume Validity range:

0-24

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CML:TRAU

TSYNC

TYPOFTRAUE

Contained in the following commands:GET TSLT

tSyncThis attribute is the period of the TSYNC timer activated when theTRAU losses its frame synchronization.Validity range:0-1000


typeOfTraueThis attribute indicates the management of the power supply on theTRAU: with TPWR devices or without.Validity range:WITH_TPWRWITHOUT_TPWR(default value: WITH_TPWR)


126 A30808-X3247-M430-1-7619


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CML:TRAU

4 Nack CausesString table for ASUB nack causes used by LMT

H'1 "Incorrect message structure"H'2 "Invalid message type value"H'5 "Invalid object class value"H'6 "Object class not supported"H'7 "Invalid level 1 address"H'8 "Invalid level 2 address"H'9 "Invalid level 3 address"H'C "Invalid attribute identifier value"H'D "Attribute identifier not supported"H'E "Parameter outside admitted range"H'F "Inconsistency in attribute list"H'10 "Specified implementation not supported"H'11 "Message cannot be performed"H'19 "Resource not implemented"H'1A "Resource not available"H'1C "Test not supported"H'1D "Capacity restriction"H'1E "Physical configuration cannot be performed"H'1F "Test not initiated"H'20 "Physical configuration cannot be restored"H'21 "No such test"H'22 "Test cannot be stopped"H'23 "Message inconsistent with physical configuration"H'24 "File already received"H'25 "Complete file not received"H'26 "File not available ate destination"H'85 "Swload header not stored"H'86 "Swload header mismatch id file"H'87 "Files in swload header are not stored"H'91 "Invalid file type"H'93 "File in use"H'97 "MOT not locked"H'B2 "Message inconsistent with MOT state"H'B4 "Conflict channel assignment"H'B5 "File system error"H'B6 "No redundancy of resource"H'B7 "Impossible disable unit"H'B8 "Resource is busy"H'B9 "Partner object is disabled"H'BA "Partner object is locked"H'BB "Resource already exists"H'BC "Resource unlocked"H'BE "Specific connection not exist"

128 A30808-X3247-M430-1-7619


String table for LMT nack causes used by TRAU

H'C0 "Updating of flash in progress"H'C3 "CRC failed"H'C4 "Resource does not exists"H'C5 "Flash eprom not aligned"H'C6 "Message inconsistent with log conf"

H'19 "Invalid phase"H'1A "Invalid password"H'1B "Unknown user id"H'1C "Invalid user level"H'1D "No LMT session"H'1E "LMT session already opened"H'1F "Request not granted"H'20 "Invalid message type"H'21 "Attribute Identifier not supported"H'22 "Bring up in progress"H'23 "ASUB disabled"H'24 "TRAU unlocked"H'25 "No redundancy available of the specified resource"H'26 "Impossible to disable a submitted unit"H'27 "Object already locked"H'28 "Object already unlocked"H'29 "Resource currently busy"H'2A "TEI undefined"H'2B "Physical configuration cannot be performed"H'2C "Specified object instance doesn't exist"H'2D "Unable to deliver message"H'2E "Response not received"H'2F "Invalid nack cause received"H'30 "Invalid object class"H'31 "Invalid level 1 address"H'32 "Invalid level 2 address"H'33 "Invalid level 3 address"H'34 "Invalid level attribute identifier value"H'35 "Parameter outside admitted range"H'36 "Object is disabled"H'37 "Object is locked"H'38 "Resource not available"H'39 "Inconsistent attribute list"H'3A "Message cannot be performed"H'3B "Unable to set lapd channel"H'91 "Invalid file type"H'93 "File in use"H'C0 "Updating of flash in course"

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CML:TRAU

5 AbbreviationsBTSE Base Transceiver Station Equipment

CML Command Manual

IDF Inventory Data File

IDT Inventory Data Table

nob-RIU Not On Board Remote Inventory Unit

ob_RIU On Board Remote Inventory Unit

RIU Remote Inventory Unit

TRAUNRIU TRAU nob-RIU file

130 A30808-X3247-M430-1-7619


Date post:	15-Dec-2015
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