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Alcatel A1000 DSLAMSW4.7 Cartridge Guide

Second EditionOctober 2008

Oracle Communications® ASAP™ Cartridge 1.0 for Alcatel A1000 DSLAM

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Alcatel A1000 DSLAM SW4.7 Cartridge Guide 3

Contents1. Cartridge Overview ...................................................................................... 1

Cartridge content ................................................................................................................... 2Prerequisites ......................................................................................................................... 2About this guide .................................................................................................................... 2Services, features, and options ............................................................................................. 3Hardware and software requirements ................................................................................... 6Network element (NE) interface ............................................................................................ 6ASAP version ........................................................................................................................ 6Connecting to the NE ............................................................................................................ 6

2. Installing and Testing the Cartridge ........................................................... 7Downloading the cartridge .................................................................................................... 7Starting ASAP ....................................................................................................................... 8Installing the cartridge using scripts ...................................................................................... 8Uninstalling the cartridge using scripts .................................................................................. 9Testing the cartridge installation ........................................................................................... 9

Configuring loopback and live mode parameters ......................................................... 10Modifying Alcatel_DSLAM_SW4_7_ne_config.xml ...................................................... 11Testing the installation .................................................................................................. 13

3. Atomic Service Description Layer (ASDL) Commands .......................... 15ASDL commands ................................................................................................................ 17

A_ALA-A1000_SW4-7_ACT_ADSL-PROFILE ............................................................. 18A_ALA-A1000_SW4-7_ACT_CRS-VC ......................................................................... 20A_ALA-A1000_SW4-7_ACT_CRS-VP ......................................................................... 21A_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE .......................................... 23A_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE ................................................... 25A_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE ................................. 27A_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE ................................................... 30A_ALA-A1000_SW4-7_ADD_ADSL-PORT .................................................................. 32A_ALA-A1000_SW4-7_ADD_ADSL-PROFILE ............................................................ 34A_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE ....................................... 36A_ALA-A1000_SW4-7_ADD_ATM-PORT .................................................................... 38A_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT ............................................................... 41A_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT .............................................................. 43A_ALA-A1000_SW4-7_ADD_ATM-PVPL .................................................................... 45A_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE ....................................................... 48A_ALA-A1000_SW4-7_ADD_CAC-PROFILE .............................................................. 50A_ALA-A1000_SW4-7_ADD_CDVT-PROFILE ............................................................ 53A_ALA-A1000_SW4-7_ADD_CRS-VC ......................................................................... 55A_ALA-A1000_SW4-7_ADD_CRS-VP ......................................................................... 57A_ALA-A1000_SW4-7_ADD_OC3-INTERFACE ......................................................... 59A_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS ................................................ 61A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL .............................................................. 64

4 Oracle Corporation

A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS ............................................. 67A_ALA-A1000_SW4-7_ADD_SVC-USER .................................................................... 70A_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE ...................................................... 72A_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACE ...................................................... 74A_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE ................................................ 76A_ALA-A1000_SW4-7_ADD_XDSL-PORT .................................................................. 79A_ALA-A1000_SW4-7_DEACT_CRS-VC .................................................................... 81A_ALA-A1000_SW4-7_DEACT_CRS-VP .................................................................... 83A_ALA-A1000_SW4-7_DEL_ADSL-PORT .................................................................. 85A_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT ............................................................... 86A_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT ............................................................... 88A_ALA-A1000_SW4-7_DEL_ATM-PVPL ..................................................................... 89A_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE ....................................................... 91A_ALA-A1000_SW4-7_DEL_CAC-PROFILE ............................................................... 92A_ALA-A1000_SW4-7_DEL_CDVT-PROFILE ............................................................. 94A_ALA-A1000_SW4-7_DEL_CRS-VC ......................................................................... 95A_ALA-A1000_SW4-7_DEL_CRS-VP ......................................................................... 97A_ALA-A1000_SW4-7_DEL_DSL-PROFILE ............................................................... 99A_ALA-A1000_SW4-7_DEL_SIG-CHANNEL ............................................................ 100A_ALA-A1000_SW4-7_DEL_SVC-USER .................................................................. 102A_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE ............................................... 103A_ALA-A1000_SW4-7_DEL_XDSL-PORT ................................................................ 104A_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS .............................................. 106

4. Service Definition ..................................................................................... 109CSDL commands .............................................................................................................. 111

C_ALA-A1000_SW4-7_ACT_ADSL-PROFILE ........................................................... 112C_ALA-A1000_SW4-7_ACT_CRS-VC ....................................................................... 113C_ALA-A1000_SW4-7_ACT_CRS-VP ....................................................................... 114C_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE ........................................ 115C_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE ................................................. 116C_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE ............................... 118C_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE ................................................. 120C_ALA-A1000_SW4-7_ADD_ADSL-PORT ................................................................ 122C_ALA-A1000_SW4-7_ADD_ADSL-PROFILE .......................................................... 123C_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE ..................................... 129C_ALA-A1000_SW4-7_ADD_ATM-PORT ................................................................. 130C_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT ............................................................. 132C_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT ............................................................ 134C_ALA-A1000_SW4-7_ADD_ATM-PVPL .................................................................. 135C_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE .................................................... 137C_ALA-A1000_SW4-7_ADD_CAC-PROFILE ............................................................ 139C_ALA-A1000_SW4-7_ADD_CDVT-PROFILE .......................................................... 141C_ALA-A1000_SW4-7_ADD_CRS-VC ...................................................................... 142C_ALA-A1000_SW4-7_ADD_CRS-VP ....................................................................... 143C_ALA-A1000_SW4-7_ADD_OC3-INTERFACE ....................................................... 144C_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS .............................................. 146C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL ............................................................ 147


C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS ........................................... 149C_ALA-A1000_SW4-7_ADD_SVC-USER .................................................................. 151C_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE ................................................... 153C_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACE ................................................... 154C_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE .............................................. 155C_ALA-A1000_SW4-7_ADD_XDSL-PORT ................................................................ 157C_ALA-A1000_SW4-7_DEACT_CRS-VC .................................................................. 159C_ALA-A1000_SW4-7_DEACT_CRS-VP .................................................................. 160C_ALA-A1000_SW4-7_DEL_ADSL-PORT ................................................................ 161C_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT ............................................................. 162C_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT ............................................................. 163C_ALA-A1000_SW4-7_DEL_ATM-PVPL ................................................................... 164C_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE ..................................................... 165C_ALA-A1000_SW4-7_DEL_CAC-PROFILE ............................................................. 166C_ALA-A1000_SW4-7_DEL_CDVT-PROFILE .......................................................... 167C_ALA-A1000_SW4-7_DEL_CRS-VC ....................................................................... 168C_ALA-A1000_SW4-7_DEL_CRS-VP ....................................................................... 169C_ALA-A1000_SW4-7_DEL_DSL-PROFILE ............................................................. 170C_ALA-A1000_SW4-7_DEL_SIG-CHANNEL ............................................................ 171C_ALA-A1000_SW4-7_DEL_SVC-USER .................................................................. 172C_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE ............................................... 173C_ALA-A1000_SW4-7_DEL_XDSL-PORT ................................................................ 174C_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS ............................................. 175

5. Configuring ASAP to Support Additional NE Instances ...................... 177Extracting source files ....................................................................................................... 181

Loading a new XML file .............................................................................................. 181


1

Cartridge Overview

ASAP cartridges are discrete software components that are developed for the ASAP product. An ASAP cartridge offers specific domain behavior on top of the core ASAP software, and provides the configuration that supports a set of services on a network element (NE).

An ASAP cartridge is not a stand-alone component, but operates in conjunction with the ASAP core product. ASAP cartridges offer the following benefits:

Reduced Time to Market - time to market of new services is reduced through simplified development, implementation, and extension of cartridges on customer sites.Extendable - cartridges can be extended to include additional services and components that deliver business value, without requiring changes to the original cartridge.Simplified Effort - the effort and technical knowledge that is required to perform customizations is reduced.Ease of Installation - cartridges can be installed into an ASAP environment without interfering with the existing install base.

An ASAP cartridge can be used to configure ASAP to provision the following:

NEs from a specific vendor, such as Nortel or Lucent.Technologies, such as Asynchronous Transfer Mode (ATM) and Frame Relay switches, or Internet Protocol (IP) routers.Services that are supported on the NE, such as ATM, IP Virtual Private Networks (VPN), Wireless, or Optical.

An ASAP cartridge supports a particular set of services on an NE. These services are independent of customer-specific service definitions. Professional Services or systems integrators can perform extensions to the cartridge to support customer-specific requirements.

For more information on extending a cartridge, refer to the ASAP Cartridge Development Guide for Service Activation.

Cartridges are designed for a specific technology, software load, and service.

Chapter 1: Cartridge Overview


Cartridge contentAn ASAP cartridge contains the following:

An interface to the NEA set of scripts, such as State Tables or Java methodsA set of atomic actions in the form of Atomic Service Description Layer (ASDL) commandsA set of Common Service Description Layer (CSDL) commands that form meaningful servicesSample work ordersInstallation scripts

PrerequisitesSystem integrators such as managers, designers, programmers, and testers who are responsible for the adaptation and integration of ASAP-based solutions should use this manual as a reference. It assumes that readers possess the following skills:

A knowledge of ASAP programming conceptsA good working knowledge of the UNIX operating systemA thorough understanding of service and network provisioningFamiliarity with telecommunications

About this guideThis guide provides a detailed description of the Alcatel A1000 DSLAM cartridge. It contains overview and technical information to assist with extending and integrating the cartridge into a customer environment.

The scope of this guide includes ASAP as it pertains to the use of this cartridge. It is not intended to be a complete ASAP reference guide.

For additional information when using this cartridge, refer to the following supporting documentation:

Activation documentation set—for detailed information on the ASAP component.ASAP Cartridge Development Guide for Service Activation—for information on how to extend a cartridge.

The Alcatel A1000 DSLAM cartridge provides the ASAP service configuration and network element (NE) interface to activate provisioning services on ALA_DSL_HOST NEs.

Services, features, and options


Services, features, and optionsThis cartridge supports the following services:

Configures ATM servicesConfigures DSL servicesConfigures InterfacesConfigures Switched Virtual Circuit

The following table lists the supported services and its features.

Table 1: Supported Services

Service Description

ATM Services

Configure ATM Port This service configures the data associated with ATM ports (NT or LT) on NE.

Create a VCL Link This service creates a Virtual Channel Link on an NT or LT interface.

Remove a VCL Link This service removes a Virtual Channel Link from an NT or LT interface.

Create a VPL Link This service creates a Virtual Path Link on an NT or LT interface.

Remove a VPL Link This service removes a Virtual Path Link from an NT or LT interface.

Create a VC cross-connect This service creates a VC level cross connection between NT and LT cards.

Activate VC cross-connect This service activates the VC cross connect previously created.

Deactivate VC cross-connect This service deactivates a VC cross connect.

Remove a VC cross-connect This service removes a VC cross connection between NT and LT cards.

Create a VP cross-connect This service creates a VP cross-connection between NT and LT cards.

Activate a VP cross-connect This service activates a VP cross connection.

Deactivate a VP cross-connect This service deactivates a VP cross connection.



Remove a VP cross-connect This service removes a VP cross-connection between NT and LT card.

Create Access Profile This service creates an ATM access profile.

Remove Access Profile This service removes an ATM access profile.

Create CAC Profile This service creates an ATM connection admission control profile.

Remove CAC Profile This service removes an ATM connection admission control profile.

Create CDVT Profile This service creates an ATM cell delay variance tolerance profile for Switched Virtual Circuit (SVC) connections.

Remove CDVT Profile This service removes an ATM cell delay variation tolerance profile for Switched Virtual Circuit (SVC) connections.

Create Traffic Descriptor Profile This service creates an ATM traffic descriptor profile.

Remove Traffic Descriptor Profile This service removes an ATM traffic descriptor profile.

DSL Services

Configure ADSL (LT) Port This service configures provisioning data associtated with an ADSL facility on an LT card.

Remove ADSL (LT) Port This service unassigns (free) an ADSL port used by a user.

Create ADSL Line Profile This service configures ADSL line profile.

Create ADSL COM Profile This service configures ADSL modem provisioning parameters that are common to both upstream and downstream directions in a newly created (inactivated) ADSL profile.

Create ADSL DN Profile This service configures ADSL line provisioning parameters for the downstream direction (from ATU-C to ATU-R) in a newly created (inactivated) ADSL profile.

Create ADSL UP Profile This service configures ADSL line provisioning parameters for the upstream direction (from ATU-R to ATU-C) in a newly created (inactivated) ADSL profile.

Create ADSL DMT Profile This service configures the ADSL DMT (Discrete Multi-Tone) carrier-mask in a newly created ADSL profile.


Service Description

Services, features, and options


Activate ADSL Profile This service activates the newly created ADSL profile.

Create ADSL Profile The ADSL profile is created by the following steps:

Allocate a new profile using the ENT-PROFILE-ADSL command Configure downstream transmissionparameters using ED-PROFILE-ADSLDN Configure upstream transmissionparameters using ED-PROFILE-ADSLUP Configure common transmissionparameters using ED-PROFILE-ADSLCOM Configure the DMT (Discrete Multi-Tone) Carrier Mask using ED-PROFILE-AD SLMSK

The profile is activated using ACT-PROFILE-ADSL

Delete DSL Profile This service removes an ADSL profile.

Configure SHDSL parameters This service configures provisioning parameters associated with an SHDSL facility.

Modify SHDSL parameters This service modifies the provisioning parameters associated with an SHDSL facility.

Configure XDSL (LT) port This service configures the provisioning data associtated with an XDSL facility on an LT card.

Remove XDSL (LT) port This service unassigns (free) an XDSL port used by an user.

Interface Services

Configure T1/DS1 interface parameters This service configures T1/DS1 interface parameters.

Configure T3/DS3 interface parameters This service configures T3/DS3 interface parameters.

Configure OC3 interface parameters This service configures OC3 interface parameters.

Switched Virtual Circuit Services

Create Signaling Channel This service adds a new signaling channel.

Configure Signaling Channel This service configures the parameters associated with signaling channel.


Service Description



Hardware and software requirementsThe following sections contain the high-level software and hardware environment requirements for provisioning services including:

Network element (NE) interfaceASAP versionOperating environment

Network element (NE) interfaceThis cartridge is designed to operate with the ALA_DSL_HOST NEs.

ASAP versionThis cartridge was developed and tested using ASAP 5.0.

For information on the operating environment, refer to the ASAP Release Record.

Connecting to the NEThe ASAP cartridge interfaces with the Alcatel A1000 & LiteSpan DSLAMs using the Alcatel 5526 Access Management System (AMS) system via TL1 over TCP/IP.

Delete Signaling Channel This service removes the parameters associated with signaling channel.

Configure SVC User This service adds a Switched Virtual Circuit (SVC) user.

Delete SVC User This service removes the parameters associated with Switched Virtual Circuit (SVC) user.


Service Description


2

Installing and Testing the Cartridge

This chapter describes the following procedures related to installing and testing the cartridge:

Downloading the cartridgeInstalling the cartridge using scriptsUninstalling the cartridge using scriptsTesting the cartridge installation

Downloading the cartridgeBefore you install the cartridge, you must use the internet to download the cartridge’s TAR file from Oracle’s Customer Portal.

Use the following instructions to download, then unTAR the TAR file.

To download the TAR file

1. Login to Oracle MetaLink internet home page (http://www.metalink.oracle.com).

2. Download the cartridge patch to your workstation.

To unTAR the TAR file

1. On your workstation, create a repository directory—the naming of which is your choice.mkdir <repository dir>

2. Untar AlcatelA1000_SW4_7_R1_0_0.<buildID>.tar.tar xvf AlcatelA1000_SW4_7_R1_0_0.<buildID>.tar

3. Copy the resulting /Alcatel_DSLAM_SW4_7 directory and its contents to the repository directory.

cp -rf /Alcatel_DSLAM_SW4_7 <repository_dir>

The directory structure in the repository directory should look like the following illustration. (this illustration describes the minimum required structure; you can enhance this directory structure with additional directories based on your requirements and deliverables). <repository_directory>

/README.txt/installCartridge/uninstallCartridge

Chapter 2: Installing and Testing the Cartridge


/Alcatel_DSLAM_SW4_7.sar

Starting ASAPBefore installing the cartridge, ensure that ASAP is running.

To start ASAP

1. To start ASAP, execute the following script:start_asap_sys -d

2. Ensure the ASAP Daemon (DAEM$ENV_ID) is running by checking the ASAP status using the ASAP script “status”.

3. Check whether the WebLogic instance for this ASAP environment is running. If not, start the WebLogic instance.

The ASAP Administration Guide contains more information on starting ASAP, the ASAP Daemon, and WebLogic.

Installing the cartridge using scriptsRun the installation script installCartridge to install the cartridge. The script executes the following tasks:

Configures a new Alcatel A1000 DSLAM-specific NEP using the Service Activation Configuration Tool or SACT.Configures the Alcatel A1000 DSLAM-specific NE using the SACT. Deploys the Alcatel A1000 DSLAM cartridge service model (only if the Alcatel A1000 DSLAM service model is not yet deployed) using the Service Activation Deployment Tool (SADT).Copies the Alcatel A1000 DSLAM-specific jar files and the cpp library file to the ASAP environment.Loads the sample work orders to the SRP database.

For information on the SACT and the SADT, refer to the ASAP Administration Guide.

To install the cartridge

1. Run the installCartridge script. At the prompt, type:installCartridge Alcatel_DSLAM_SW4_7.sar

2. The script prompts you for the values of the following WebLogic login parameters:

WebLogic HostnameWebLogic HTTP PortWebLogic Login User IDWebLogic Login Password

Uninstalling the cartridge using scripts


The script loads the NEP-NE configuration and the CSDL-ASDL configuration to the SARM database, and loads sample work orders to the SRP database. The script also copies the cartridge-specific jar files and cpp library file to the ASAP environment.

3. Restart ASAP to upload the cartridge configuration into ASAP.

Uninstalling the cartridge using scriptsRun the uninstallation script uninstallCartridge to uninstall the Alcatel A1000 DSLAM cartridge. The script executes the following tasks:

Unconfigures Alcatel A1000 DSLAM-specific NEs using the SACT. Undeploys the Alcatel A1000 DSLAM cartridge service model (only if the Alcatel A1000 DSLAM service model is already deployed) using the Service Activation Deployment Tool (SADT). Removes the Alcatel A1000 DSLAM-specific jar files and cpp library file from the ASAP environment.

For more information on the SACT and the SADT, refer to the ASAP Administration Guide.

To uninstall the cartridge

1. Run the uninstallCartridge script. At the prompt, type:uninstallCartridge Alcatel_DSLAM_SW4_7.<timestamp>.sar

2. The script prompts you for the values of the following parameters:

WebLogic HostnameWebLogic HTTP PortWebLogic Login User IDWebLogic Login Password

The script unloads the NEP-NE configuration and CSDL-ASDL configuration from SARM database. It also removes the cartridge specific jar files and cpp library file from the ASAP environment.

Testing the cartridge installationTo test this cartridge installation, you need to know about the network element (NE), services, and basic Activation configuration. You may need to perform adjustments to provision a service for a specific NE, network, or connectivity configuration.

You can test the cartridge installation using one of the following methods:

Loopback mode—does not actually connect to or send commands to the NE.Live mode—connects to and sends commands to a live NE.



Configuring loopback and live mode parametersSet the following variables to test the cartridge in loopback or live testing modes.

Loopback mode

Set the following parameter to test the cartridge in loopback mode.

Live mode

Set the following parameter to test the cartridge in live mode.

Communication parameters

The following are the list of parameters for the sample NE configuration XML used by SACT.

Table 2: Loopback Mode Parameter Settings

Configuration Variable Parameter Settings Location

LOOPBACK_ON 1 (default setting) ASAP.cfg

Table 3: Live Mode Parameter Settings

Configuration Variable Parameter Settings Location

LOOPBACK_ON 0 ASAP.cfg

Table 4: Communication parameters

paramlabel param_value param_desc

HOSTIPADDR 10.1.9.222 JNEP IP address.

HOSTNAME sloth JNEP hostname.

AMS_PORT 23 Port number to connect on remote NE host.

OPENTIMEOUT 20 Socket connection timeout (in seconds).

READTIMEOUT 30 Socket read timeout (in seconds).

AMSJJSER asap Username for the AMS user.

AMS_PASSWORD asap Password for the AMS user.

Testing the cartridge installation


Modifying Alcatel_DSLAM_SW4_7_ne_config.xmlUse the following procedure to modify Alcatel_DSLAM_SW4_7_ne_config.xml.

To modify Alcatel_DSLAM_SW4_7_ne_config.xml

1. Create a new source directory. You can give this directory any appropriate, meaningful name you want to.

mkdir <new_source_directory>

2. Copy Alcatel_DSLAM_SW4_7.sar to this new source directory.

cp Alcatel_DSLAM_SW4_7.sar ./<new_source_directory>

3. Change directory to <new_source_directory>.cd <new_source_directory>

4. Un-jar Alcatel_DSLAM_SW4_7.sar. This extracts the contents of the sar file.

jar xvf Alcatel_DSLAM_SW4_7.sar

5. Edit Alcatel_DSLAM_SW4_7_ne_config.xml with the appropriate changes, which is available under <new_source_directory>/NetworkElements.

6. Create a new sar file at the <new_source_directory> level. CreateSar $PWD

7. Uninstall the cartridge using Alcatel_DSLAM_SW4_7.sar. (That is, use the original sar file that you copied in Step 2 above—see “Uninstalling the cartridge using scripts” on page 9 for uninstallation instructions).

8. After you uninstall the cartridge, rename the sar file, so you have a backup copy of it.

9. Copy the new sar file from <new_source_directory>.

10. Reinstall the cartridge (see “Installing the cartridge using scripts” on page 8 for installation instructions).

AMS_PORT 14000 AMS listening port for the socket connection.

AMS_TID PSALIDI TID of target device.

AMSJJID SUPERUSER User name of target device.

AMS_PID ANS#150 Password of target device.

AMS_CTAG 1 CTAG of target device.

Table 4: Communication parameters

paramlabel param_value param_desc



File Structure of the Un-Jared .sar File

Testing the cartridge installation


Testing the installationThe following procedure describes the steps required to test the cartridge installation in loopback mode. We recommend that you perform the initial cartridge installation test in loopback mode.

To test in loopback mode

1. Stop ASAP by typing the following command at the UNIX prompt:stop_asap_sys -d

2. Ensure loop back mode is on. See “Loopback mode” on page 10 for a description of how to set the loop back parameter to “On”.

3. Start ASAP by typing:start_asap_sys -d

4. Send the sample work orders through the SRP Emulator by typing:run_suite $SRP <ctrl_password> <suite name>

You can locate the suite names by typing:grep SUITE * | grep -v END

A list of all available suites appears.

For more information on the SRP Emulator, refer to the ASAP Administration Guide.

5. Verify the status of the sample work orders by typing:asap_utils -d l

All successful work orders returns to the 104 state.

To view the sample work orders provided with this cartridge, refer to the Alcatel A1000 DSLAM cartridge source.

Viewing the sample work orders

You can find the sample work orders under the SampleWorkOrders directory in the sar file. The following procedure describes how to view the sample work orders.

To view the sample work orders

1. Create a repository directory, copy the sar file to the new directory and un-jar the sar file, as described by Step 1 through Step 4 in “Modifying Alcatel_DSLAM_SW4_7_ne_config.xml” on page 11.

2. Locate and view the sample work order files under /Alcatel_DSLAM_SW4_7/../sample_wo.


3

Atomic Service Description Layer (ASDL) Commands

ASDL commands represent a set of atomic actions that ASAP can perform on a network element (NE). ASAP can combine ASDLs to create meaningful services (CSDLs) within a cartridge.

This chapter presents detailed information on the ASDL parameters that we provide with this cartridge. The following table lists and describes the type of parameter information that is included.

Table 5: ASDL parameter information

Item Description

Parameter Name Identifies the parameter that is configured for the stated service.

Description Describes the parameter.

Range Describes or lists the range of values that can be used to satisfy this parameter.

Default Value Configures a default value for the parameter so that it is not mandatory for the upstream system to provide a value.

Chapter 3: Atomic Service Description Layer (ASDL) Commands


For a detailed description of the Required and Optional parameter classifications, refer to the ASAP Administration Guide.

Type Indicates one of the following parameter types:

S—Scalar, specifies the parameter label transmitted on the ASDL command. Scalar parameters are conventional name-value pair parameters.C—Compound, specifies the base name of the compound parameter transmitted on the ASDL command. A compound parameter contains structures or arrays of information that are represented by a particular structure name or compound parameter name. Each compound parameter can contain a large number of elements. If you use compound parameters, you only require a single entry in the ASAP translation tables to call the compound parameter and all its associated parameter elements.I—Indexed, identifies a parameter that contains a sequential numerical index value to tell the SARM that it should execute the same operation (for example, an ASDL command) for all occurrences of that index. Consequently, if there are several options on a particular CSDL command (OPT1, OPT2, OPT3, etc.), you can specify the OPT parameter as an indexed parameter. When you specify the OPT parameter as an indexed parameter, the SARM generates several occurrences of that same ASDL command and each command has a different value for the option being transmitted to the NEP.

For more information on parameter types, refer to the ASAP Developer Reference.

Class Indicates one of the following parameter classifications:

R—Required scalar parameterO—Optional scalar parameterC—Required compound parameterN—Optional compound parameterM—Mandatory indexed parameterI—Optional indexed parameterS—Parameter count


Item Description

ASDL commands


ASDL commandsThis cartridge provides the following ASDL commands:

A_ALA-A1000_SW4-7_ACTADSL-PROFILEA_ALA-A1000_SW4-7_ACT_CRS-VCA_ALA-A1000_SW4-7_ACT_CRS-VPA_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILEA_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILEA_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILEA_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILEA_ALA-A1000_SW4-7_ADD_ADSL-PORTA_ALA-A1000_SW4-7_ADD_ADSL-PROFILEA_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILEA_ALA-A1000_SW4-7_ADD_ATM-PORTA_ALA-A1000_SW4-7_ADD_ATM-PVCL-LTA_ALA-A1000_SW4-7_ADD_ATM-PVCL-NTA_ALA-A1000_SW4-7_ADD_ATM-PVPLA_ALA-A1000_SW4-7_ADD_ATMACC-PROFILEA_ALA-A1000_SW4-7_ADD_CAC-PROFILEA_ALA-A1000_SW4-7_ADD_CDVT-PROFILEA_ALA-A1000_SW4-7_ADD_CRS-VCA_ALA-A1000_SW4-7_ADD_CRS-VPA_ALA-A1000_SW4-7_ADD_OC3-INTERFACEA_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERSA_ALA-A1000_SW4-7_ADD_SIG-CHANNELA_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMSA_ALA-A1000_SW4-7_ADD_SVC-USERA_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACEA_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACEA_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILEA_ALA-A1000_SW4-7_ADD_XDSL-PORTA_ALA-A1000_SW4-7_DEACT_CRS-VCA_ALA-A1000_SW4-7_DEACT_CRS-VPA_ALA-A1000_SW4-7_DEL_ADSL-PORTA_ALA-A1000_SW4-7_DEL_ATM-PVCL-LTA_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT



A_ALA-A1000_SW4-7_DEL_ATM-PVPLA_ALA-A1000_SW4-7_DEL_ATMACC-PROFILEA_ALA-A1000_SW4-7_DEL_CAC-PROFILEA_ALA-A1000_SW4-7_DEL_CDVT-PROFILEA_ALA-A1000_SW4-7_DEL_CRS-VCA_ALA-A1000_SW4-7_DEL_CRS-VPA_ALA-A1000_SW4-7_DEL_DSL-PROFILEA_ALA-A1000_SW4-7_DEL_SIG-CHANNELA_ALA-A1000_SW4-7_DEL_SVC-USERA_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILEA_ALA-A1000_SW4-7_DEL_XDSL-PORTA_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS

A_ALA-A1000_SW4-7_ACT_ADSL-PROFILEActivates an Asymmetric Digital Subscriber Line (ADSL) profile. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.actDSLProfile

Table 6: A_ALA-A1000_SW4-7_ACT_ADSL-PROFILE

Parameter Name Description RangeDefault Value

Type Class

MCLI Host NE identifier. S R

ADSLACT_TID The target identifier (TID) for the NE.

It should match the SID assigned to the NE, or be NULL. A NULL value matches the NE processing this command.Default value: NULL

S O

ADSLACT_PROFILE_ID

The ADSL profile index. 1 to 40 S R

ADSLACT_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.

An identifier or a decimal number up to six characters long.

S O

ASDL commands


MML CommandsACT-PROFILE-ADSL:<ADSLACT_TID>:< ADSLACT_PROFILE_ID>:< ADSLACT_CTAG>[:];

If the command fails, the following error response will occur on the DSLAM:

Error response<crxlfxlf>

AAA<message header><crxlf>

M/S/S<ctag>/SDENY <crxlf>

AAA/* <command echo */ <crxlf>

(/s/s/w'<AID>:ERRCDE=<error code><cr><lf>

(AAA/* error description */ <crxlf>)*)+;

If the command succeeds, the following response will occur on the DSLAM:

Normal response<crxlfxlf>

AAA<message headerxcrxlf>

M/s/s<ctag>/sCOMPLD<crXlf>

^^^/* <command echo */ <crxlf>

Output Parameters

None.



A_ALA-A1000_SW4-7_ACT_CRS-VCActivates a virtual circuit cross connect.

It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.actCrsVc

MML CommandsENT-CRS-VC:<VCCC_TID>: NTVCL-<NT_VCL.VPI>-<NT_VCL.VCI >, LTVCL-

<LT_VCL.LTVCL.RACK>-< LT_VCL.LTVCL.SHELF>-<LT_VCL.LTVCL.LTSLOT>-<

LT_VCL.LTVCL.CIRCUIT>-< LT_VCL.LTVCL.VPI>-<LT_VCL.LTVCL.VCI>:<

VCCC_CTAG>::::IS;




Table 7: A_ALA-A1000_SW4-7_ACT_CRS-VC

Parameter Name

Description RangeDefault Value

Type Class


VCCC_TID The target identifier (TID) for the NE.


S O

VCCC_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.

An identifier or a decimal number up to six characters long. It is optional to specify.

Default value: 0

S O

NT_VCL Access identifier for the ATM virtual channel link in the NT/Server.

C R

LT_VCL Access identifier for the ATM virtual channel link in the LT/Server.

C R

ASDL commands









M/s/s<ctag>/sCOMPLD<cr><lf>

AAA/* <command echo */ <crxlf>;

Output Parameters

None.

A_ALA-A1000_SW4-7_ACT_CRS-VPActivates a virtual path cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.actCrsVp

Table 8: A_ALA-A1000_SW4-7_ACT_CRS-VP

Parameter Name


Type Class


VPCC_TID The target identifier (TID) for the NE.

It should match the SID assigned to the NE, or be NULL. A NULL value matches the NE processing this command.

Default value: NULL

S O

NT_VPL Access identifier for the ATM virtual path link in the NT.

C R

LT_VPL Access identifier for the ATM virtual path link in the LT/Server.

C R



MML CommandsENT-CRS-VP:<VPCC_TID>:<NT_VPL>,<LT_VPL>:<VPCC_CTAG>::::IS;

Where, NT_VPL will have the following format:

VPL in NT:NTVPL-<NT_VPL.NTVPL. VPI>

Where, LTVPL will have one of the following format:

VPL in the Server:SERWPL-<LT_VPL.SERWPL.RACK>-<LT_VPL.SERWPL.SHELF >-<LT_VPL.SERWPL.SERV_SLOT>-<LT_VPL.SERWPL.CIRCUITX <LT_VPL.SERWPL.VPI>

LT Circuits:LTVPL-<LT_VPL.LTVPL.RACK>-<LT_VPL.LTVPL.SHELF>-<LT_VPL.LTVPL.LT_SLOT>-<LT_VPL.LTVPL.CIRCUIT>-<LT_VPL.LTVPL.VPI>

LT IMA Groups:LTIMAVPLXLT VPL.LTIMAVPL.RACK>-<LT_VPL.LTIMAVPL.SHELF>-<LT_VPL.LTIMAVPL.LT_SLOT>-<LT_VPL.LTIMAVPL.IMAGRPX <LT_VPL.LTIMAVPL.VPI>




MAA<ctag>ADENY <crxlf>






VPCC_CTAG

The command correlation tag is used to correlate the response of the command with the original command itself.

An identifier or a decimal number up to six characters long. It is optional to specify.Default value: 0

S O

Table 8: A_ALA-A1000_SW4-7_ACT_CRS-VP

Parameter Name


Type Class

ASDL commands




^^^/* <command echo */ <crxlf>;

Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) common profile. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLCommonProfile

Table 9: A_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE


Type Class


ADSLCOM_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLCOMP_ROFILE_ID The ADSL profile index.

1 to 40 S R

ADSLCOM_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O



MML CommandsED-PROFILE-ADSLCOM:<ADSLCOM_ID>:<ADSLCOM-PROFILE_ID>:<ADSLCOM_CTAG>::: <ADSLCOM_NBLK>;

Where, the ADSL line parameter block <ADSLCOM_NBLK> will contain one or more of the following named parameters separated by commas:

ALWPROPGLITE=<ADSLCOM_NBLK. ALWPROPGLITE>

ALWPROPGDMT=<ADSLCOM_NBLK. ALWPROPGDMT>

ALWPWRCTL=<ADSLCOM_NBLK. ALWPWRCTL>













ADSLCOM_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

ALWPROPGLITEALWPROPGDMTALWPWRCTL

C O

Table 9: A_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE


Type Class

ASDL commands


Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) discrete multi-tone profile. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLDmtProfile

Table 10: A_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE

Parameter Name


Type Class


ADSLMSK_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLMSK_PROFILE_ID


ADSLMSK_CTAG

The command correlation tag is used to correlate the response of the command with the original command itself.


S O



MML CommandsED-PROFILE-ADSLMSK:<ADSLMSK_TID>:<ADSLMSK-PROFILE_ID>:<ADSLMSK_CTAG>::: <ADSLMSK_NBLK>;

Where, the parameter block <ADSLMSK_NBLK> will contain one or more of the following named parameters separated by commas for provisioning the ADSL DMT carrier--mask.

CMASK0=<ADSLMSK_NBLK.CMASK0>









Error response<cr><lf><lf>

^^^<message header><cr><lf>

M^^<ctag>^DENY <cr><lf>

ADSLMSK_NBLK

The parameter block containing one or more of the following named parameters separated with their values by commas for provisioning the ADSL DMT carrier mask:

CMASK0CMASK1CMASK2CMASK3CMASK4CMASK5CMASK6CMASK7

C O

Table 10: A_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE

Parameter Name


Type Class

ASDL commands


AAA/* <command echo */ <crxlf> C^*"<AlD>:ERRCDE=<error code><cr><lf> (AAA/* error description */ <crxlf>)*)+;






Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) downstream profile. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLDownstreamProfile

Table 11: A_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE


Type Class


ADSLDN_TID The target identifier (TID) for the NE.


S O

ADSLDN_PROFILE_ID The ADSL profile index.

1 to 40 S R

ADSLDN_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O



MML CommandsED-PROFILE-ADSLDN:<ADSLDN_TID>:<ADSLDN-PROFILE_ID>:<ADSLDN_CTAG>::: <ADSLPROF_NBLK>;

Where, the ADSL line parameter block <ADSLPROF_NBLK> will contain one or more of the following named parameters separated by commas:

MINNMR=<ADSLPROF_NBLK. MINNMR>

MAXNMR=<ADSLPROF_NBLK.MAXNMR>

TNMR=<ADSLPROF_NBLK.TNMR>

MAXPSD=<ADSLPROF_NBLK.MAXPSD>

MAXAPLVL=<ADSLPROF_NBLK. MAXAPLVL>

RAMODE=<ADSLPROF_NBLK.RAMODE>

PIBR=<ADSLPROF_NBLK.PIBR>

MAXIBR=<ADSLPROF_NBLK.MAXIBR>

ADSLPROF_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

MINNMRMAXNMRTNMRMAXPSDMAXAPLVLRAMODEPIBRMAXIBRMINIBRMAXIDELPFBRMAXFBRMINFBR

C O

Table 11: A_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE


Type Class

ASDL commands


MINIBR=<ADSLPROF_NBLK.MINIBR>

MAXIDEL=<ADSLPROF_NBLK.MAXIDEL> PFBR=<ADSLPROF_NBLK.PFBR> MAXFBR=<ADSLPROF_NBLK.MAXFBR> MINFBR=<ADSLPROF_NBLK. MINFBR>













Output Parameters

None.



A_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) line profile.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLLineProfile

Table 12: A_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE


Type Class


ADSLLP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLLP_PROFILE_ID The ADSL profile index. 1 to 40 S R

ADSLLP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ASDL commands


MML CommandsED-PROFILE-ADSLDN:<ADSLLP_TID>:<ADSLLP-PROFILE_ID>:<ADSLLP_CTAG>::: <ADSLPROF_NBLK>;


MINNMR=<ADSLPROF_NBLK.MINNMR> MAXNMR=<ADSLPROF_NBLK. MAXNMR> TNMR=<ADSLPROF_NBLK.TNMR> MAXPSD=<ADSLPROF_NBLK.MAXPSD> MAXAPLVL=<ADSLPROF_NBLK.MAXAPLVL> PAMODE=<ADSLPROF_NBLK.RAMODE> PIBR=<ADSLPROF_NBLK.PIBR> MAXIBR=<ADSLPROF_NBLK.MAXIBR> MINIBR=<ADSLPROF_NBLK.MINIBR> MAXIDEL=<ADSLPROF_NBLK.MAXIDEL> PFBR=<ADSLPROF_NBLK.PFBR> MAXFBR=<ADSLPROF_NBLK.MAXFBR> MINFBR=<ADSLPROF_NBLK.MINFBR>






C O

Table 12: A_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE


Type Class












Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ADSL-PORTAdds an Asymmetric Digital Subscriber Line (ADSL) port.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLPort

Table 13: A_ALA-A1000_SW4-7_ADD_ADSL-PORT

Table 13:

Parameter Name


Type Class


ADSLP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ASDL commands


MML CommandsED-ADSL:<ADSLP_TID>: <AID_ADSL>-< ADSLP_CTAG>::: <ADSL_NBLK>:< ADSLP_PST>;

Where, access identifier for ADSL lines <AID_ADSL> is:ADSL - <AID_ADSL.RACK>-< AID_ADSL.SHELF>- < AID_ADSL.SLOT>-<AID_ADSL.CIRCUIT>

Where, the named parameter block for ADSL <ADSL_NBLK> will contain one or more of the following named parameters separated by commas:

PORTID=<ADSL_NBLK.PORTID>

ADSLPROFNM=< ADSL_NBLK. ADSLPROFNM >

ADSLPROF=< ADSL_NBLK. ADSLPROF >









ADSLP_PST The desired primary state to be set.

IN (In-Service)OOS (Out-Of-Service)

S O

AID_ADSL Access identifier for the ADSL line.

C R

ADSL_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDADSLPROFADSLPROFNM

C O

Table 13:

Parameter Name


Type Class







Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ADSL-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) profile.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLProfile

Table 14: A_ALA-A1000_SW4-7_ADD_ADSL-PROFILE


Type Class


ADSLPROF_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLPROF_PROFILE_ID The ADSL profile index.

1 to 40 S R

ADSLPROF_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ADSLPROF_PROFILE_NAME

Uniquely identifies this profile within its scope.

A string, 1 to 32 characters long.

S R

ASDL commands


MML CommandsENT—PROFILE—ADSL:<ADSLPROF_TID>:<ADSLPROF-PROFILE_ID>:<ADSLPROF_CTAG>: <ADSLPROF_PROFILE_NAME>,,<ADSLPROF_LATENCY>;













Output Parameters

None.

ADSLPROF_LATENCY The latency of the ADSL line.

FASTINTERLEAVED

S O

Table 14: A_ALA-A1000_SW4-7_ADD_ADSL-PROFILE


Type Class



A_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) upstream profile.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addDSLUpstreamProfile

Table 15: A_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE


Type Class


ADSLUP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLUP_PROFILE_ID The ADSL profile index. 1 to 40 S R

ADSLUP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ASDL commands


MML CommandsED-PROFILE-ADSLUP:<ADSLUP_TID>:<ADSLUP-PROFILE_ID>:<ADSLUP_CTAG>::: <ADSLPROF_NBLK>;


MINNMR=<ADSLPROF_NBLK.MINNMR>

MAXNMR=<ADSLPROF_NBLK.MAXNMR>

TNMR=<ADSLPROF_NBLK.TNMR>

MAXAPLVL=<ADSLPROF_NBLK.MAXAPLVL>

PIBR=<ADSLPROF_NBLK.PIBR>

MAXIBR=<ADSLPROF_NBLK.MAXIBR>

MINIBR=<ADSLPROF_NBLK.MINIBR>

MAXIDEL=<ADSLPROF_NBLK.MAXIDEL>

PFBR=<ADSLPROF_NBLK.PFBR>

MAXFBR=<ADSLPROF_NBLK.MAXFBR>


MINNMRMAXNMRTNMRMAXAPLVLRAMODEPIBRMAXIBRMINIBRMAXIDELPFBRMAXFBRMINFBR

C O

Table 15: A_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE


Type Class



MINFBR=<ADSLPROF_NBLK.MINFBR>













Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ATM-PORTAdds an Asynchronous Transfer Mode (ATM) port.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addATMPort

Table 16: A_ALA-A1000_SW4-7_ADD_ATM-PORT


Type Class


ATMP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ASDL commands


MML CommandsED-ATMPORT:<ATMP_TID>:<AID_ATMPORT>:<ATMP_CTAG>:::<ATMPORT_NBLK>:<ATMP_PST>;

Where, <AID_ATMPORT> can take one of the following values:

ATM port in NTNTATM

ATM port in a server:SERVATM - <AID_ATMPORT.SERVATM.RACK>-<AID_ATMPORT.SERVATM.SHELF>-<AID_ATMPORT.SERVATM.SERV_SLOT>- <AID_ATMPORT.SERVATM.CIRCUIT>

AID_ATMPORT Access identifier for the AT M Por t

C R

ATMPORT_NBLK The ATM Port parameter block containing one or more of the following named parameters with their values separated by commas:

IFTYPECACPROFDNCACPROFDNNMACPROFUPCACPROFUPNMATMACCPROFATMACCPROFNMCDVTPROFCDVTPROFNMNGCRWEIGHT

C O

ATMP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ATMP_PST The desired primary state to be set.

IS (In-Service)OOS (Out-Of-Service)

S O

Table 16: A_ALA-A1000_SW4-7_ADD_ATM-PORT


Type Class



ATM port for an LT circuit:LTATM-<AID_ATMPORT.LTATM.RACK>-<AID_ATMPORT.LTATM.SHELF>-<AID_ATMPORT.LTATM.LT_SLOT>-<AID_ATMPORT.LTATM.CIRCUIT>

ATM port for an IMA Group in the LT:LTIMAATM-<AID_ATMPORT. LTIMAATM.RACK>-<AID_ATMPORT. LTIMAATM.SHELF>-<AID_ATMPORT. LTIMAATM.LT_SLOT>-<AID_ATMPORT. LTIMAATM.IMAGRP>

Where, the ATM Port parameter block <ATMPORT_NBLK> will contain one or more of the following named parameters separated by commas:

IFTYPE=<ATMPORT_NBLK.IFTYPE>

CACPROFDN=<ATMPORT_NBLK.CACPROFDN>

CACPROFDNNM=<ATMPORT_NBLK. CACPROFDNNM>

CACPROFUP=<ATMPORT_NBLK. CACPROFUP>

CACPROFUPNM=<ATMPORT_NBLK. CACPROFUPNM>

ATMACCPROF=<ATMPORT_NBLK. ATMACCPROF>

ATMACCPROFNM=<ATMPORT_NBLK. ATMACCPROFNM>

CDVTPROF= <ATMPORT_NBLK. CDVTPROF>

CDVTPROFNM=<ATMPORT_NBLK. CDVTPROFNM>

NGCRWEIGHT=<ATMPORT_NBLK. NGCRWEIGHT>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_ADD_ATM-PVCL-LTAdds an ATM Permanent Virtual Circuit (PVC) link on LT side.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addATMPvclLt

Table 17: A_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT


Type Class


VCL_TID The target identifier (TID) for the NE.


Default value: NULL

S O

AID_VCL Access identifier for the ATM virtual channel link.

C R

VCL_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

VCL_RCV_TRAFDSC The traffic descriptor profile index for the receive direction.

1 to 310 S O

VCL_XMT_TRAFDSC

The transmit traffic descriptor profile index for the transmit direction.

1 to 310 S O

VCL_RCV_TRAFDSCNM

The traffic descriptor profile name for the receive direction.

S O

VCL_XMT_TRAFDSCNM

The traffic descriptor profile name for the transmit direction.

S O



MML CommandsENT-VCL:<VCL_TID>:<AID_VCL>:<VCL_CTAG>::<VCL_RCV_TRAFDSC>,<VCL_XMT_TRAFDSC>, <VCL_RCV_TRAFDSCNM>,<VCL_XMT_TRAFDSCNM>:<VCL_NBLK>;

Where, AID_VCL will have the following format:

VPL in LT circuit:LTVCL-<AID_VCL.LTVCL.RACK>-<AID_VCL.LTVCL.SHELF>-

<AID_VCL.LTVCL.LT_SLOT>-<AID_VCL.LTVCL.CIRCUIT>-<AID_VCL.LTVCL.VPI>-

<AID_VCL.LTVCL.VCI>

Where, VCL_NBLK will contain one or more of the following named parameters separated by comma:

LINKTYPE=<VCL_NBLK.LINKTYPE> SEGENDPT=< VCL_NBLK.SEGENDPT>











VCL_NBLK The ATM VCL parameter block containing one or more of the following named parameters with their values separated by commas:

LINKTYPESEGENDPT

C O

Table 17: A_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT


Type Class

ASDL commands




Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ATM-PVCL-NTAdds an ATM Permanent Virtual Circuit (PVC) link on NT side.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addATMPvclNt

Table 18: A_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT


Type Class




Default value: NULL

S O


C R



Default value: 0

S O


1 to 310 S O

VCL_XMT_TRAFDSC The transmit traffic descriptor profile index for the transmit direction.

1 to 310 S O



MML CommandsENT-VCL:<VCL_TID>:<AID_VCL>:<VCL_CTAG>::<VCL_RCV_TRAFDSC>,<VCL_XMT_TRAFDSC>, <VCL_RCV_TRAFDSCNM>,<VCL_XMT_TRAFDSCNM>:<VCL_NBLK>;

Where, AID_VCL will have the following format: ? VCL in the NT:NTVCL-<AID_VCL.NTVCL.VPI>-< AID_VCL.NTVCL.VCI>

Where, VCL_NBLK will contain one or more of the following named parameters separated by comma:

LINKTYPE=<VCL_NBLK.LINKTYPE>

SEGENDPT=< VCL_NBLK.SEGENDPT>




MAA<ctag>ADENY <crxlf> AAA/* <command echo */ <crxlf> (/s/s/w'<AID>:ERRCDE=<error code><cr><lf> (AAA/* error description */ <crxlf>)*)+;



VCL_RCV_TRAFDSCNM


S O

VCL_XMT_TRAFDSCNM


S O


LINKTYPESEGENDPT

C O

Table 18: A_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT


Type Class

ASDL commands





Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_ATM-PVPLAdds an ATM Private Virtual Path (PVP) link.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addATMPvpl

Table 19: A_ALA-A1000_SW4-7_ADD_ATM-PVPL


Type Class


VPL_TID The target identifier (TID) for the NE.


Default value: NULL

S O

AID_VPL Access identifier for the ATM virtual path link.

C R

VPL_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

VPL_RCV_TRAFDSC The traffic descriptor profile index for the receive direction.

1 to 310 S O

VPL_XMT_TRAFDSC The transmit traffic descriptor profile index for the transmit direction.

1 to 310 S O



MML CommandsENT-VPL:<VPL_TID>:<AID_VPL>:<VPL_CTAG>::<VPL_RCV_TRAFDSC>,<VPL_XMT_TRAFDSC>, <VPL_RCV_TRAFDSCNM>,<VPL_XMT_TRAFDSCNM>:<VPL_NBLK>;

Where, AID_VPL can take one of the following values:

VPL in the NT:NTVPL-<AID_VPL.NTVPL.VPI>

VPL in a server:SERWPL-<AID_VPL.SERWPL.RACK>-<AID_VPL.SERWPL.SHELF>-<AID_VPL.SERWPL.SERV_SLOT>-<AID_VPL.SERWPL.CIRCUITX <AID_VPL.SERWPL.VPI>

VPL in an LT circuit:LTVPL-<AID_VPL.LTVPL. PACK>-<AID_VPL.LTVPL.SHELF>-

<AID_VPL.LTVPL.LT_SLOT>-<AID_VPL.LTVPL.CIRCUIT>-<AID_VPL.LTVPL.VPI>

VPL in an LT IMA group:LTIMAVPLXAID_VPL.LTIMAVPL. PACK>-<AID_VPL.LTIMAVPL.SHELF>-<AID_VPL.LTIMAVPL.LT_SLOT>-<AID_VPL.LTIMAVPL.IMAGRPX <AID_VPL.LTIMAVPL.VPI>

Where, VPLNBLK will contain one or more of the following named parameters separated by comma:

VPL_RCV_TRAFDSCNM The traffic descriptor profile name for the receive direction.

S O

VPL_XMT_TRAFDSCNM The traffic descriptor profile name for the transmit direction.

S O

VPL_NBLK The ATM VPL parameter block containing one or more of the following named parameters with their values separated by commas:

LINKTYPESEGENDPT

C O

Table 19: A_ALA-A1000_SW4-7_ADD_ATM-PVPL


Type Class

ASDL commands


LINKTYPE=<VPL_NBLK.LINKTYPE>

SEGENDPT=< VPL_NBLK.SEGENDPT>













Output Parameters

None.



A_ALA-A1000_SW4-7_ADD_ATMACC-PROFILEAdds an ATM access profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addATMAccProfile

Table 20: A_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE


Type Class


ATMACC_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ATMACC_PROFILE_I D The ATM access profile index.

1 to 50 S R

ATMACC_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ATMACC_PROFILE_ NAME



S R

ASDL commands


MML CommandsENT-PROFILE-ATMACC:<ATMACC_TID>:<ATMACC_PROFILE_ID>:<ATMACC_CTAG>:: <ATMACC_PROFILE_NAME>:<ATMACC_NBLK>;

Where, the ATM Access Profile parameter block <ATMACC_NBLK > will contain one or more of the following named parameters separated by commas:

GFCMODE=<ATMACC_NBLK.GFCMODE>

MAXVPCS=<ATMACC_NBLK.MAXVPCS>

MAXVCCS=<ATMACC_NBLK.MAXVCCS>

VPIBITS=<ATMACC_NBLK.VPIBITS>

VCIBITS=<ATMACC_NBLK.VCIBITS >

POLICING=<ATMACC_NBLK.POLICING>

SVCMAXVPI=<ATMACC_NBLK.SVCMAXVPI>

SVCMINVCI=<ATMACC_NBLK.SVCMINVCI>





ATMACC_NBLK The ATM Access Profile parameter block containing one or more of the following named parameters with their values separated by commas:

GFCMODEMAXVPCSMAXVCCSVPIBITSVCIBITSPOLICINGSVCMAXVPISVCMINVCI

C O

Table 20: A_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE


Type Class











Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_CAC-PROFILEAdds a Connection Admission Control (CAC) profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addCacProfile

Table 21: A_ALA-A1000_SW4-7_ADD_CAC-PROFILE


Type Class


CAC_TID The target identifier (TID) for the NE.


Default value: NULL

S O

CAC_PROFILE_ID The numeric identifier of the profile.

1 to 50 S R

CAC_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ASDL commands


CAC_PROFILE_NAM E Uniquely identifies this profile within its scope.


S R

CACPROF_NBLK The ATM CAC Profile parameter block containing one or more of the following named parameters with their values separated by commas:

CBRMAXCONCBRBWSECFACCBRBUFSECFACUBRMAXCONUBRMCRSECFACRTVBRMAXCONRTVBRBWSECFARTVBRBUFSECFACRTVBRNGCRSECFACRTVBROVRBKFANRTVBRMAXCONNRTVBRBWSECFACNRTVBRBUFSE0CFACNRTVBRNGCRSECFACNRTVBRNGCRSECFACGFRMAXCONGFRBWSECFACGFRBUFSECFACFROVRBKFACAGRBWSECFACAGRGCRSECFAC

C O

Table 21: A_ALA-A1000_SW4-7_ADD_CAC-PROFILE


Type Class



MML CommandsENT-PROFILE-CAC:<CAC_TID>:<CAC_PROFILE_ID>:<CAC_CTAG>::<CAC_PROFILE_NAME>: <CACPROF_NBLK>;

Where, the ATM CAC Profile parameter block < CACPROF_NBLK > will contain one or more of the following named parameters separated by commas:

CBRMAXCON=<CACPROF_NBLK.CBRMAXCON> CBRBWSECFAC=<CACPROF_NBLK. CBRBWSECFAC> CBRBUFSECFAC= <CACPROF_NBLK. CBRBUFSECFAC> UBRMAXCON=<CACPROF_NBLK. UBRMAXCON> UBRMCRSECFAC=<CACPROF_NBLK. UBRMCRSECFAC> RTVBRMAXCON=<CACPROF_NBLK. RTVBRMAXCON> RTVBRBWSECFAC=<CACPROF_NBLK. RTVBRBWSECFAC> RTVBRBUFSECFAC=<CACPROF_NBLK. RTVBRBUFSECFAC> RTVBRNGCRSECFAC=<CACPROF_NBLK. RTVBRNGCRSECFAC> RTVBROVRBKFAC=<CACPROF_NBLK. RTVBROVRBKFAC> NRTVBRMAXCON=<CACPROF_NBLK. NRTVBRMAXCON> NRTVBRBWSECFAC=<CACPROF_NBLK. NRTVBRBWSECFAC> NRTVBRBUFSECFAC=<CACPROF_NBLK. NRTVBRBUFSECFAC> NRTVBRNGCRSECFAC=<CACPROF_NBLK. NRTVBRNGCRSECFAC> NRTVBROVRBKFAC=<CACPROF_NBLK. NRTVBROVRBKFAC> GFRMAXCON=<CACPROF_NBLK. GFRMAXCON > GFRBWSECFAC=<CACPROF_NBLK. GFRBWSECFAC> GFRBUFSECFAC=<CACPROF_NBLK. GFRBUFSECFAC> GFROVRBKFAC=<CACPROF_NBLK. GFROVRBKFAC> AGRBWSECFAC=<CACPROF_NBLK. AGRBWSECFAC> AGRGCRSECFAC=<CACPROF_NBLK. AGRGCRSECFAC>


Error response<cr><lf><lf>

^^^<message header><cr><lf>

M^^<ctag>^DENY <cr><lf>

^^^/* <command echo> */ <cr><lf>

(^^^"<AID>:ERRCDE=<error code><cr><lf>

(^^^/* error description */ <cr><lf>)*)+;


Normal response<cr><lf><lf>


MAA<ctag>ACOMPLD<crXlf>

/-./¦.*./* <command echo */ <crxlf>;

Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_ADD_CDVT-PROFILEAdds a Cell Delay Variation Tolerance (CDVT) profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addCdvtProfile

Table 22: A_ALA-A1000_SW4-7_ADD_CDVT-PROFILE


Type Class


CDVT_TID The target identifier (TID) for the NE.


Default value: NULL

S O

CDVT_PROFILE_ID The AT M cell delay variation tolerance profile index.

1 to 20 S R

CDVT_PROFILE_NA ME



S R

CDVT_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O



MML CommandsENT-PROFILE-CDVT:<CDVT_TID>:<CDVT_PROFILE_ID>:<CDVT_CTAG>::<CDVT_PROFILE_ NAME>:<CDVTPROF_NBLK>;

Where, the ATM CDVT Profile parameter block <CDVTPROF_NBLK> will contain one or more of the following named parameters separated by commas:

CDVTCBR=<CDVTPROF_NBLK. CDVTCBR>

CDVTRTVBR=<CDVTPROF_NBLK. CDVTRTVBR>

CDVTNRTVBR=<CDVTPROF_NBLK. CDVTNRTVBR>











CDVTPROF_NBLK The ATM CDVT Profile parameter block containing one or more of the following named parameters with their values separated by commas:

CDVTCBRCDVTUBRCDVTRTVBRCDVTNRTVBRCDVTGFR

C O

Table 22: A_ALA-A1000_SW4-7_ADD_CDVT-PROFILE


Type Class

ASDL commands




Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_CRS-VCAdds a virtual circuit cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addCrsVc

Table 23: A_ALA-A1000_SW4-7_ADD_CRS-VC

Parameter Name


Type Class




Default value: NULL

S O


C R


C R



Default value: 0

S O

VCCC_PST The desired primary state to be set.


C O



MML CommandsED-CRS-VC:<VCCC_TID>:<NT_VCL>,<LT_VCL>:<VCCC_CTAG>::::<VCCC_PST>;

Where, <NT_VCL> can take one of the following values:

VCL in the NT:NTVCL-<NT_VCL.NTVCL.VPI>-<NT_VCL.NTVCL.VCI>

VCL in the server:SERWCL-<NT_VCL.SERWCL.RACK>-<NT_VCL.SERWCL.SHELF>-<NT_VCL.SERWCL.SERV_SLOT>-<NT_VCL.SERWCL.CIRCUITX <NT_VCL.SERWCL.VPI>-<NT_VCL.SERWCL.VCI>

Where, <LT_VCL> can take one of the following values:

VCL in the server:SERWCL-<LT_VCL.SERWCL.RACK>-<LT_VCL.SERWCL.SHELF>-<LT_VCL.SERWCL.SERV_SLOT>-<LT_VCL.SERWCL.CIRCUITX <LT_VCL.SERWCL.VPI>-<LT_VCL.SERWCL.VCI>

For LT circuits:LTVCL-<LT_VCL.LTVCL.RACK>-<LT_VCL.LTVCL.SHELF>-<LT_VCL.LTVCL.LT_SLOT>-<LT_VCL.LTVCL.CIRCUIT>-<LT_VCL.LTVCL.VPI>-<LT_VCL.LTVCL.VCI>

For LT IMA groups:LTIMAVCL-<LT_VCL.LTIMAVCL.RACK>-<LT_VCL.LTIMAVCL.SHELF>-<LT_VCL.LTIMAVCL.LT_SLOT>-<LT_VCL.LTIMAVCL.IMAGRPX <LT_VCL.LTIMAVCL.VPI>-<LT_VCL.LTIMAVCL.VCI>













ASDL commands


Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_CRS-VPAdds a virtual path cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addCrsVp

MML CommandsED-CRS-VP:<VPCC_TID>:<NT_VPL>, <LT_VPL>:<VPCC_CTAG>::::<VPCC_PST>;

Where, NT_VPL will have one of the following format:

VPL in NT:

Table 24: A_ALA-A1000_SW4-7_ADD_CRS-VP

Parameter Name


Type Class




Default value: NULL

S O


C R


C R

VPCC_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

VPCC_PST The desired primary state to be set.


S O



NTVPL-<NT_VPL.NTVPL. VPI>


VPL in the server:SERWPL-<LT_VPL.SERWPL.RACK>-<LT_VPL.SERWPL.SHELF>-<LT_VPL.SERWPL.SERV_SLOT>-<LT_VPL.SERWPL.CIRCUITX <LT_VPL.SERWPL.VPI>

LT circuits:LTVPL-<LT_VPL.LTVPL.RACK>-<LT_VPL.LTVPL.SHELF>-<LT_VPL.LTVPL.LT_SLOT>-<LT_VPL.LTVPL.CIRCUIT>-<LT_VPL.LTVPL.VPI>

LT IMA groups:LTIMAVPLXLT VPL.LTIMAVPL.RACK>-<LT_VPL.LTIMAVPL.SHELF>-<LT_VPL.LTIMAVPL.LT_SLOT>-<LT_VPL.LTIMAVPL.IMAGRPX <LT_VPL.LTIMAVPL.VPI>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_ADD_OC3-INTERFACEAdds an OC3 interface.


com.metasolv.cartridge.oss.ala_dslam.prov.IntProv.addOC3Interface

MML CommandsED-OC3:<OC3_TID>:<AID_OC3>:<OC3_CTAG>:::<OC3_NBLK>:<OC3_PST>;

Where, the access identifier <AID_OC3> for the OC3 facility can take one of the following values:

Table 25: A_ALA-A1000_SW4-7_ADD_OC3-INTERFACE

Parameter Name


Type Class


OC3_TID The target identifier (TID) for the NE.


Default value: NULL

S O

OC3_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

OC3_PST The desired primary state to be set.


S O

AID_OC3 Access identifier for the OC3 facility.

C R

OC3_NBLK OC3 facility parameter block containing the following named parameters with their values:

OPMODE

C O



OC3 facility in the NT sides A & B:NTOC3

OC3 facility in the LT:LTOC3-<AID_OC3.LT0C3.RACK>-<AID_0C3.LT0C3.SHELF>-<AID_0C3.LT0C3.LT_SL0T>-<AID_0C3.LT0C3.CIRCUIT>

Where, the OC3 facility parameter block <OC3_NBLK> contains the following named parameter:

OPMODE=<OC3_NBLK.OPMODE>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERSAdds SHDSL parameters.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addSHDSLParams

Table 26: A_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS


Type Class


SHDSL_TID The target identifier (TID) for the NE.


Default value: NULL

S O

SHDSL_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

SHDSL_NUM_REPEATERS

Number of repeaters provisioned for this SHDSL span.

S O

SHDSL_PST The desired primary state to be set.


S O

AID_SHDSL The access identifier for the SHDSL circuit.

C R



MML CommandsENT-SHDSL:<SHDSL_TID>:<AID_SHDSL>:<SHDSL_CTAG>::<SHDSL_NUM_REPEATERS>: <SHDSL_NBLK>:<SHDSL_PST>;

Where, <AID_SHDSL> will have the following format:LTSHDSL--<AID_SHDSL.LTSHDSL.RACK>--<AID_SHDSL.LTSHDSL.SHELF>--<AID_SHDSL.LTSHDSL.LT_SLOT>--<AID_SHDSL.LTSHDSL.CIRCUIT>

Where, the SHDSL circuit parameter block <SHDSL_NBLK> will contain one or more of the following named parameters separated by commas :

PORTID=<SHDSL_NBLK.PORTID>

PSDTYPE=<SHDSL_NBLK.PSDTYPE>

WIREMODE=<SHDSL_NBLK.WIREMODE>

MINLINERATE=<SHDSL_NBLK.MINLINERATE>

MAXLINERATE=<SHDSL_NBLK.MAXLINERATE>

TARRMDNWC=<SHDSL_NBLK.TARRMDNWC>

TARRMDNCC=<SHDSL_NBLK.TARRMDNCC>

SHDSL_NBLK The SHDSL circuit parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDPSDTYPEWIREMODEMINLINERATEMAXLINERATETARRMDNWCTARRMDNCCTARRMUPWCTARRMUPCCREMOTEMGTREGIONCONFIMAGRP

C R

Table 26: A_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS


Type Class

ASDL commands


TARRMUPWC=<SHDSL_NBLK.TARRMUPWO TARRMUPCC=<SHDSL_NBLK.TARRMUPCO REMOTEMGT=<SHDSL_NBLK.REMOTEMGT> REGIONCONF=<SHDSL_NBLK.REGIONCONF> IMAGRP=<SHDSL_NBLK.IMAGRP>













Output Parameters

None.



A_ALA-A1000_SW4-7_ADD_SIG-CHANNELAdds a signalling channel.


com.metasolv.cartridge.oss.ala_dslam.prov.SVCProv.addSigChannel

Table 27: A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL

Parameter Name


Type Class


SIGCHN_TID The target identifier (TID) for the NE.


Default value: NULL

S O

SIGCHN_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

SIGCHN_STATE The desired state to be set. S O

SIGCHN_VPI The VPI value associated with the signaling channel.

S O

SIGCHN_VCI The VCI value associated with the signaling channel.

S O

AID_SIGCHN Access identifier for the ATM signaling channel.

C R

ASDL commands


MML CommandsENT-SIGCHN:<SIGCHN_TID>:<AID_SIGCHN>:<SIGCHN_CTAG>::<SIGCHN_VPI> <,SIGCHN_VCI>:<SIGCHN_NBLK>:<SIGCHN_STATE>;

Where, AID_SIGCHN can take one of the following values:

On NT side:NTSIGCHN

On the LT side:LTSIGCHN-<AID_SIGCHN.LTSIGCHN.RACK>-<AID_SIGCHN. LTSIGCHN.SHELF>-<AID_SIGCHN.LTSIGCHN.SLOT>-<AID_SIGCHN. LTSIGCHN.CIRCUIT>

IMA group:LTIMASIGCHN-<AID_SIGCHN.LTIMASIGCHN.RACK>-<AID_SIGCHN. LTIMASIGCHN.SHELF>-<AID_SIGCHN. LTIMASIGCHN.SLOT>-<AID_SIGCHN. LTIMASIGCHN.IMAGRP>

Where, the Signaling Channel parameter block SIGCHN_NBLK will contain one or more of the following named parameters separated by commas :

SIGCHN_NBLK The signaling channel parameter block containing one or more of the following named parameters with their values separated by commas:

XMITTRAFDSCRXMITTRAFDSCRNMRECVTRAFDSCRRECVTRAFDSCRNMMAXACTCALLSSAALPROFSAALPROFNMSAALMODEDSS2PROFDSS2PROFNMSIGPERFPROFSIGPERFPROFNMMULTIPOINTSEGENDPT

C R

Table 27: A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL

Parameter Name


Type Class



XMITTRAFDSCR=<SIGCHN_NBLK. XMITTRAFDSCR>

XMITTRAFDSCRNM=<SIGCHN_NBLK. XMITTRAFDSCRNM> RECVTRAFDSCR=<SIGCHN_NBLK. RECVTRAFDSCR>

RECVTRAFDSCRNM=<SIGCHN_NBLK. RECVTRAFDSCRNM>

MAXACTCALLS=<SIGCHN_NBLK. MAXACTCALLS>

SAALPROF=<SIGCHN_NBLK. SAALPROF>

SAALPROFNM=<SIGCHN_NBLK. SAALPROFNM>

SAALMODE=<SIGCHN_NBLK. SAALMODE>

DSS2PROF=<SIGCHN_NBLK. DSS2PRO>

DSS2PROFNM=<SIGCHN_NBLK. DSS2PROFNM>

SIGPERFPROF=<SIGCHN_NBLK. SIGPERFPROF>

SIGPERFPROFNM=<SIGCHN_NBLK. SIGPERFPROFNM>

MULTIPOINT=<SIGCHN_NBLK. MULTIPOINT>

SEGENDPT=<SIGCHN_NBLK. SEGENDPT>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMSAdds signalling channel parameters.


com.metasolv.cartridge.oss.ala_dslam.prov.SVCProv.addSigChannelParams

Table 28: A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS


Type Class


SIGCHNP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

SIGCHNP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

SIGCHNP_STATE The desired state to be set. S O


C R



MML CommandsED-SIGCHN:<SIGCHNP_TID>:<AID_SIGCHN>:<SIGCHNP_CTAG>:::<SIGCHN_NBLK>: <SIGCHNP_STATE>;


On NT side:NTSIGCHN

On the LT side:LTSIGCHN-<AID_SIGCHN.LTSIGCHN.RACK>-<AID_SIGCHN. LTSIGCHN.SHELF>-<AID_SIGCHN.LTSIGCHN.SLOT>-<AID_SIGCHN.LTSIGCHN.CIRCUIT>


Where, the Signaling Channel parameter block SIGCHN_NBLK will contain one or more of the following named parameters separated by commas:

MAXACTCALLS=<SIGCHN_NBLK. MAXACTCALLS>

SAALPROF=<SIGCHN_NBLK. SAALPROF>

SAALPROFNM=<SIGCHN_NBLK. SAALPROFNM>


MAXACTCALLSSAALPROFSAALPROFNMSAALMODEDSS2PROFDSS2PROFNMSIGPERFPROFSIGPERFPROFNMMULTIPOINTSEGENDPT

C O

Table 28: A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS


Type Class

ASDL commands


SAALMODE=<SIGCHN_NBLK. SAALMODE>

DSS2PR0F=<SIGCHN_NBLK. DSS2PR0F>

DSS2PR0FNM=<SIGCHN_NBLK. DSS2PR0FNM>

SIGPERFPROF=<SIGCHN_NBLK. SIGPERFPROF>

SIGPERFPROFNM=<SIGCHN_NBLK. SIGPERFPROFNM>

MULTIPOINT=<SIGCHN_NBLK. MULTIPOINT>

SEGENDPT=<SIGCHN_NBLK. SEGENDPT>













Output Parameters

None.



A_ALA-A1000_SW4-7_ADD_SVC-USERAdds a Switched Virtual Circuit (SVC) user.


com.metasolv.cartridge.oss.ala_dslam.prov.SVCProv.addSVCUser

Table 29: A_ALA-A1000_SW4-7_ADD_SVC-USER


Type Class


SVCUSERTID The target identifier (TID) for the NE.


Default value: NULL

S O

SVCUSERCTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ATMADDRESS Access identifier for the SVC user.

S R

ATMPORT ATM port associated with the SVC user.

C R

ASDL commands


MML CommandsENT-SVCUSR:<SVCUSER_TID>:<ATM_ADDRESS>:<SVCUSER_CTAG>::<ATM_PORT>: <SVCUSR NBLK>;

Where, ATM_PORT can take one of the following values:

On the LT side:LTATM-<ATM_PORT.LTATM.RACK>-<ATM_ PORT.LTATM.SHELF>-<ATM_ PORT.LTATM.SLOT>-<ATM_ PORT.LTATM.CIRCUIT>

IMA group:LTIMAATM-<ATM_ PORT.LTIMAATM.RACK>-< PORT.LTIMAATM.SHELF>-<ATM_ PORT.LTIMAATM.SLOT>-<ATM_ PORT.LTIMAATM.CIRCUIT>

Where, the SVC user parameter block SVCUSER_NBLK contains one or more of the following named parameters separated by commas:

CIC=<SVCUSER_NBLK.CIO

ALLOWCALLIN=<SVCUSER_NBLK. ALLOWCALLIN> ALLOWCALLOUT=<SVCUSER_NBLK. ALLOWCALLOUT> IDENTPROF=<SVCUSER_NBLK. IDENTPROF> IDENTPROFNM=<SVCUSER_NBLK. IDENTPROFNM>





SVCUSERNBLK The SVC user parameter block containing one or more of the following named parameters with their values separated by commas:

CICALLOWCALLINALLOWCALLOUTIDENTPROFIDENTPROFNM

C R

Table 29: A_ALA-A1000_SW4-7_ADD_SVC-USER


Type Class











Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACEAdds T1/DS1 interface.


com.metasolv.cartridge.oss.ala_dslam.prov.IntProv.addTlDSHnterface

Table 30: A_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE

Parameter Name


Type Class


DS1_TID The target identifier (TID) for the NE.


Default value: NULL

S O

DS1_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ASDL commands


MML CommandsENT-T1:<DS1_TID>:<AID_DS1>:<DS1_CTAG>:::<DS1_NBLK>:<DS1_PST>;

Where, the access identifier <AID_DS1> for the T1 (DS1) facility can take the following format:

LT circuit:LTT1-<AID_DS1.LTT1.RACK>-<AID_DS1.LTT1.SHELF>-<AID_DS1.LTT1.LT_SLOT>-<AID_DS1.LTT1.CIRCUIT>

Where, the DS1 facility parameter block <DS1_NBLK> will contain one or more of the following named parameters separated by commas:

PORTID=<DSl_NBLK.PORTID> LINETYPE=<DS1_NBLK.LINETYPE> LBO=<DSl_NBLK.LBO> EQLZ=<DS1_NBLK.EQLZ> IMAGRP=<DS1_NBLK.IMAGRP>






DS1_PST The desired primary state to be set.


S O

AID_DS1 Access identifier for the T1 (DS1) facility.

C R

DS1_NBLK The DS1 facility parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDLINETYPELBOEQLZ

C R


Parameter Name


Type Class










Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACEAdds T3/DS3 interface.


com.metasolv.cartridge.oss.ala_dslam.prov.IntProv.addT3DS3Interface


Parameter Name


Type Class




Default value: NULL

S O



S O



S O

ASDL commands


MML CommandsED-T3:<DS3_TID>:<AID_DS3>:<DS3_CTAG>:::<DS3_NBLK>:<DS3_PST>;

Where, the access identifier <AID_DS3> for the T3 (DS3) facility take the following format: ? DS3/T3 facility in the LT

LTT3-<AID_DS3.LTT3.RACK>-<AID_DS3.LTT3.SHELF>-<AID_DS3.LTT3.LT_SLOT>-<AID_DS3.LTT3.CIRCUIT>

Where, the DS1 facility parameter block <DS3_NBLK> will contain one or more of the following named parameters separated by commas :

CELLMAPNG=<DS3_NBLK.CELLMAPNG> CRDECPLNG=<DS3_NBLK.CRDECPLNG> OOFDETECT=<DS3_NBLK.OOFDETECT> LINEBLDOUT=<DS3_NBLK.LINEBLDOUT>








C R


CELLMAPNGCRDECPLNGOOFDETECTLINEBLDOUT

C O


Parameter Name


Type Class









Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILEAdds traffic descriptor profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.addTraffDescProfile

Table 32: A_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE


Type Class


TRAFDSC_TID The target identifier (TID) for the NE.


Default value: NULL

S O

TRAFDSC_PROFILE_ ID The numeric identifier of the profile.

1 to 310 S R

TRAFDSC_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ASDL commands


MML CommandsENT-PROFILE-TRAFDSC:<TRAFDSC_TID>:<TRAFDSC_PROFILE_ID>:<TRAFDSC_CTAG>:: <TRAFDSC_PROFILE_NAME>,,<TRAFDSC_TYPE>:<TRAFDSC_NBLK>;

Where, the ATM Traffic Descriptor profile parameter block <TRAFDSC_NBLK> will contain one or more of the following named parameters separated by commas:

FRAMEDSC=<TRAFDSC_NBLK.FRAMEDESC>

If (TRAFDSC_TYPE== CBR ) { CLP1PCR=<TRAFDSC_NBLK. CLP1PCR> CDVT=<TRAFDSC_NBLK.CDVT> }

IF(TRAFDESC_TYPE==UBR) {

TRAFDSC_PROFILE_ NAME



S R

TRAFDSC_TYPE Traffic descriptor service category type.

S O

TRAFDSC_NBLK The ATM traffic descriptor profile parameter block containing one or more of the following named parameters with their values separated by commas:

FRAMEDSCCLP1PCRCDVTCLP1MCRCLP1SCRMBSCLP0SCRMFS

These values are added to MML based on parameter TRAFDSC_TYPE value.

C R

Table 32: A_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE


Type Class



CLP1PCR=<TRAFDSC_NBLK. CLP1PCR> CLP1MCR=<TRAFDSC_NBLK. CLP1MCR> }

IF(TRAFDESC_TYPE== VBR1RT || TRAFDESC_TYPE== VBR1NRT) {

CLP1PCR=<TRAFDSC_NBLK. CLP1PCR>

CLP1SCR=<TRAFDSC_NBLK. CLP1SCR>

MBS = <TRAFDSC_NBLK.MBS>

CDVT=<TRAFDSC_NBLK.CDVT>

}

IF (TRAFDESC_TYPE== VBR2NRT || TRAFDESC_TYPE== VBR3NRT) {


CLPOSCR=<TRAFDSC_NBLK. CLPOSCR>

MBS=<TRAFDSC_NBLK.MBS>


}

IF (TRAFDESC_TYPE== GFR1 || TRAFDESC_TYPE== GFR2) {


CLP1MCR=<TRAFDSC_NBLK. CLP1MCR>

MBS=<TRAFDSC_NBLK.MBS>


MFS=<TRAFDSC_NBLK.MFS>

}







(^^^/* error description */ <crxlf>)*)+;






ASDL commands


Output Parameters

None.

A_ALA-A1000_SW4-7_ADD_XDSL-PORTAdds an XDSL port.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.addXDSLPort

Table 33: A_ALA-A1000_SW4-7_ADD_XDSL-PORT

Parameter Name


Type Class


XDSL_TID The target identifier (TID) for the NE.


S O

XDSL_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

XDSL_PST The desired primary state to be set.


S O

AID_XDSL Access identifier for the ADSL line.

C R



MML CommandsED-XDSL:[tid]:aid_xdsl:[ctag]:::[xdsl_nblk]:[pst];

Where, access identifier for ADSL lines <AID_XDSL> is:XDSL-rack-shelf-lt_slot-circuit

Where, the named parameter block for ADSL <ADSL_NBLK> will contain one or more of the following named parameters separated by commas:

PORTID=<XDSL_NBLK.PORTID> XSRVCPROFNM=< XDSL_NBLK. ASRVCPROFNM > XSRVCPROFID=< XDSL_NBLK. ASRVCPROFNM > XLNEPROFNM=< XDSL_NBLK. ALNEPROFNM > XLNEPROFID=< XDSL_NBLK. ALNEPROFNM > OPMASKA=< XDSL_NBLK. OPMASKA > OPMASKA2=< XDSL_NBLK. OPMASKA2 > OPMASKV=< XDSL_NBLK. OPMASKV > OPMASKA2M=< XDSL_NBLK. OPMASKA2M > BONDMODTYPE = <XDSL_NBLK.BONDMODTYPE>


Normal responsesid yy-mm-dd hh:mm:ss

M c COMPLD

/* ED-XDSL:[tid]:aid_xdsl:[ctag]:::[xdsl_nblk]:[pst] */

;

XDSL_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDXSRVCROFNMXSRVCPROFIDXLNEROFNMXLNEPROFIDOPMASKAOPMASKA2OPMASKVOPMASKA2MBONDMODTYPE

C O

Table 33: A_ALA-A1000_SW4-7_ADD_XDSL-PORT

Parameter Name


Type Class

ASDL commands


Error responsesid yy-mm-dd hh:mm:ssM c DENY

/* ED-XDSL:[tid]:aid_xdsl:[ctag]:::[xdsl_nblk]:[pst] */

errcde

;

Output Parameters

None.

A_ALA-A1000_SW4-7_DEACT_CRS-VCDeactivates a virtual circuit cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.deactCrsVc

Table 34: A_ALA-A1000_SW4-7_DEACT_CRS-VC

Parameter Name


Type Class




Default value: NULL

S O



Default value: 0

S O


C R


C R



MML CommandsENT-CRS-VC:<VCCC_TID>: NTVCL-<NT_VCL.VPI>-<NT_VCL.VCI >, LTVCL-

<LT_VCL.LTVCL.RACK>-< LT_VCL.LTVCL.SHELF>-<LT_VCL.LTVCL.LTSLOT>-<

LT_VCL.LTVCL.CIRCUIT>-< LT_VCL.LTVCL.VPI>-<LT_VCL.LTVCL.VCI>:<

VCCC_CTAG>::::OOS;













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_DEACT_CRS-VPDeactivates a virtual path cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.deactCrsVp

MML CommandsENT-CRS-VP:<VPCC_TID>:<NT_VPL>,<LT_VPL>:<VPCC_CTAG>::::OOS;

Where, NT_VPL will have the following format:

VPL in NT:NTVPL-<NT_VPL.NTVPL.VPI>


VPL in the server:

Table 35: A_ALA-A1000_SW4-7_DEACT_CRS-VP

Parameter Name


Type Class




Default value: NULL

S O


C R


C R



Default value: 0

S O



SERWPL-<LT_VPL.SERWPL.RACK>-<LT_VPL.SERWPL.SHELF >-<LT_VPL.SERWPL.SERV_SLOT>-<LT_VPL.SERWPL.CIRCUIT>-<LT VPL.SERWPL.VPI>


LT IMA groups:LTIMAVPLXLT_VPL.LTIMAVPL.RACK>-<LT_VPL.LTIMAVPL.SHELF>-<LT_VPL.LTIMAVPL.LT_SLOT>-<LT_VPL.LTIMAVPL.IMAGRPX <LT_VPL.LTIMAVPL.VPI>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_DEL_ADSL-PORTDeletes a ADSL port.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.delDSLPort

MML CommandsFREE-PORT:<ADSLP_TID>: <PORT_AID>:< ADSLP_CTAG>[:];

Where, access identifier for port <PORT_AID> is:ADSL - <PORT_AID.RACK>-<PORT_AID.SHELF>- <PORT_AID.SLOT>-<PORT_AID.CIRCUIT>








Table 36: A_ALA-A1000_SW4-7_DEL_ADSL-PORT

Parameter Name


Type Class




Default value: NULL

S O



S O

PORT_AID The AID for the user port. C R








Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_ATM-PVCL-LTDeletes an ATM Permanent Virtual Circuit (PVC) link from the line side.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delATMPvclLt

MML CommandsDLT- VCL:<VCL_TID>:<AID_VCL>:<VCL_CTAG>[:];

Table 37: A_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT

Parameter Name


Type Class




Default value: NULL

S O


C R



Default value: 0

S O

ASDL commands


Where, AID_VCL will have the following format: ? VPL in LT circuit:LTVCL-<AID_VCL.LTVCL.RACK>-<AID_VCL.LTVCL.SHELF>-

<AID_VCL.LTVCL.LT_SLOT>-<AID_VCL.LTVCL.CIRCUIT>-<AID_VCL.LTVCL.VPI>-<

AID_VCL.LTVCL.VCI>













Output Parameters

None.



A_ALA-A1000_SW4-7_DEL_ATM-PVCL-NTDeletes an ATM Permanent Virtual Circuit (PVC) link from the network side. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delATMPvclNt

MML CommandsDLT- VCL:<VCL_TID>:<AID_VCL>:<VCL_CTAG>[:];

Where, AID_VCL will have the following format: ? VCL in the NT:NTVCL-< AID_VCL.NTVCL.VPI>-< AID_VCL.NTVCL.VCI>








Table 38: A_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT

Parameter Name


Type Class




Default value: NULL

S O


C R



Default value: 0

S O

ASDL commands







Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_ATM-PVPLDeletes an ATM Private Virtual Path (PVP) link.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delATMPvpl

MML CommandsDLT-VPL:<VPL_TID>:<AID_VPL>:[VPL_CTAG][:];

Table 39: A_ALA-A1000_SW4-7_DEL_ATM-PVPL

Parameter Name


Type Class




Default value: NULL

S O


C R



Default value: 0

S O



Where, AID_VPL can take one of the following values:

VPL in the NT:NTVPL-<AID_VPL.NTVPL.VPI>

VPL in a server:SERWPL-<AID_VPL.SERWPL.RACK>-<AID_VPL.SERWPL.SHELF>-<AID VPL.SERWPL.SERVJ3LOT>-<AID_VPL.SERWPL.CIRCUIT>-<AID_VPL.SERWPL.VPI>

VPL in an LT circuit:LTVPL-<AID_VPL.LTVPL.RACK>-<AID_VPL.LTVPL.SHELF>-

<AID_VPL.LTVPL.LT_SLOT>-<AID_VPL.LTVPL.CIRCUIT>-<AID_VPL.LTVPL.VPI>

VPL in an LT IMA group:LTIMAVPLXAID_VPL.LTIMAVPL.RACK>-<AID_VPL.LTIMAVPL.SHELF>-<AID_VPL.LTIMAVPL.LT_SLOT>-<AID_VPL.LTIMAVPL.IMAGRPX <AID_VPL.LTIMAVPL.VPI>













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_DEL_ATMACC-PROFILEDeletes an ATM access profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delATMAccProfile

MML CommandsDLT-PROFILE-ATMACC:<ATMACC_TID>:<ATMACC_PROFILE_ID>:<ATMACC_CTAG>[:];








Table 40: A_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE


Type Class

MCLI Host NE identifier.

S R



Default value: NULL

S O

ATMACC_PROFILE_ID The ATM access profile index.

1 to 50 S R



Default value: 0

S O








Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_CAC-PROFILEDeletes a Connection Admission Control (CAC) profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delCacProfile

Table 41: A_ALA-A1000_SW4-7_DEL_CAC-PROFILE


Type Class




Default value: NULL

S O


1 to 50 S R



Default value: 0

S O

ASDL commands


MML CommandsDLT-PROFILE-CAC:<CAC_TID>:<CAC_PROFILE_ID>:<CAC_CTAG>[:];













Output Parameters

None.



A_ALA-A1000_SW4-7_DEL_CDVT-PROFILEDeletes a Cell Delay Variance Tollerance (CDVT) profile. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delCdvtProfile

MML CommandsDLT-PROFILE-CDVT:<CDVT_TID>:<CDVT_PROFILE_IDXCDVT_CTAG>[:];









Table 42: A_ALA-A1000_SW4-7_DEL_CDVT-PROFILE


Type Class




Default value: NULL

S O


1 to 20 S R



Default value: 0

S O

ASDL commands






Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_CRS-VCDeletes a virtual circuit cross connect.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delCrsVc

Table 43: A_ALA-A1000_SW4-7_DEL_CRS-VC

Parameter Name


Type Class




Default value: NULL

S O


C R


C R



Default value: 0

S O



MML CommandsDLT-CRS-VC:<VCCC_TID>: NTVCL-< NT_VCL.VPI>-< NT_VCL.VCI >, LTVCL-<LT_VCL.LTVCL.RACK>-< LT_VCL.LTVCL.SHELF>-< LT_VCL.LTVCL.LTSLOTX <LT_VCL.LTVCL.CIRCUIT>-< LT_VCL.LTVCL.VPI>-<LT_VCL.LTVCL.VCI>: <VCCC_CTAG>[:];













Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_DEL_CRS-VPDeletes a virtual path cross connect.

com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delCrsVp

MML CommandsDLT-CRS-VP:<VPCC_TID>:<NT_VPL>, <LT_VPL>:<VPCC_CTAG>[:];

Where, NT_VPL will have one of the following format:

VPL in NT:NTVPL-<NT_VPL.NTVPL.VPI>


VPL in the server:SERWPL-<LT_VPL.SERWPL.RACK>-<LT_VPL.SERWPL.SHELF >-<LT_VPL.SERWPL.SERV_SLOT>-<LT_VPL.SERWPL.CIRCUITX <LT_VPL.SERWPL.VPI>

Table 44: A_ALA-A1000_SW4-7_DEL_CRS-VP

Parameter Name


Type Class




Default value: NULL

S O


C R


C R



Default value: 0

S O




LT IMA groups:LTIMAVPLXLT VPL.LTIMAVPL.RACK>-<LT_VPL.LTIMAVPL.SHELF>-<LT_VPL.LTIMAVPL.LT_SLOT>-<LT_VPL.LTIMAVPL.IMAGRPX <LT_VPL.LTIMAVPL.VPI>












Output Parameters

None.

ASDL commands


A_ALA-A1000_SW4-7_DEL_DSL-PROFILEDeletes a DSL profile.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.delDSLProfile

MML CommandsDLT-PROFILE-ADSL:<ADSLDLT_TID>:<ADSLDLT_PROFILE_ID>:<ADSLDLT_CTAG>[:];









Table 45: A_ALA-A1000_SW4-7_DEL_DSL-PROFILE


Type Class


ADSLDLT_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLDLT_PROFILE_ ID


ADSLDLT_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O







Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_SIG-CHANNELDeletes a signalling channel.


com.metasolv.cartridge.oss.ala_dslam.prov.SVCProv.delSigChannel

MML CommandsDLT-SIGCHN:<SIGCHN_TID>:<AID_SIGCHN>:<SIGCHN_CTAG>[:];

Table 46: A_ALA-A1000_SW4-7_DEL_SIG-CHANNEL

Parameter Name


Type Class




Default value: NULL

S O



S O


C R

ASDL commands



On NT side:NTSIGCHN

On the LT side:LTSIGCHN-<AID_SIGCHN.LTSIGCHN.RACK>-<AID_SIGCHN. LTSIGCHN.SHELF>-<AID_SIGCHN. LTSIGCHN.SLOT>-<AID_SIGCHN. LTSIGCHN.CIRCUIT>














Output Parameters

None.



A_ALA-A1000_SW4-7_DEL_SVC-USERDeletes a Switched Virtual Circuit (SVC) user. It is implemented by the following Java method:

com.metasolv.cartridge.oss.ala_dslam.prov.SVCProv.delSVCUser

MML CommandsDLT-SVCUSR:<SVCUSER_TID>:<ATM_ADDRESS>:<SVCUSER_CTAG>[:];









Table 47: A_ALA-A1000_SW4-7_DEL_SVC-USER


Type Class


SVCUSER_TID The target identifier (TID) for the NE.


S O

SVCUSER_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ATM_ADDRESS Access identifier for the SVC User.

S R

ASDL commands






Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILEDeletes a traffic descriptor profile.


com.metasolv.cartridge.oss.ala_dslam.prov.ATMProv.delTraffDescProfile

MML CommandsDLT-PROFILE-TRAFDSC:<TRAFDSC_TID>:<TRAFDSC_PROFILE_ID>:<TRAFDSC_CTAG>[:];


Table 48: A_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE


Type Class




S O

TRAFDSC_PROFILE_ ID

The numeric identifier of the profile.

1 to 310 S R



S O














Output Parameters

None.

A_ALA-A1000_SW4-7_DEL_XDSL-PORTDeletes an XDSL port.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.delXDSLPort

Table 49: A_ALA-A1000_SW4-7_DEL_XDSL-PORT

Parameter Name


Type Class




S O

ASDL commands


MML CommandsFREE-PORT:<XDSL_TID>: <PORT_AID>:< XDSL_CTAG>[:];

Where, access identifier for port <PORT_AID> is:XDSL - <PORT_AID.RACK>-<PORT_AID.SHELF>- <PORT_AID.SLOT>-<PORT_AID.CIRCUIT>


Error responsesid yy-mm-dd hh:mm:ss

M c DENY

/* FREE-PORT:[tid]:port_aid:[ctag][:] */

aid:ERRCDE=errcde

/* error description */

;


Normal responsesid yy-mm-dd hh:mm:ss

M c COMPLD

/* FREE-PORT:[tid]:port_aid:[ctag][:] */

;

Output Parameters

None.



S O

PORT_AID The AID for the user port. C R

Table 49: A_ALA-A1000_SW4-7_DEL_XDSL-PORT

Parameter Name


Type Class



A_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERSModifies SHDSL parameters.


com.metasolv.cartridge.oss.ala_dslam.prov.DSLProv.modSHDSLParams

Table 50: A_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS


Type Class




Default value: NULL

S O



S O

SHDSL_NUM_REPEATERS


S O



S O


C R

ASDL commands


MML CommandsED-SHDSL:<SHDSL_TID>:<AID_SHDSL>:<SHDSL_CTAG>::<SHDSL_NUM_REPEATERS>: <SHDSL_NBLK>:<SHDSL_PST>;

Where, the AID SHDSL will have the following format:LTSHDSL—<AID_SHDSL.RACK>—<AID_SHDSL.SHELF>—<AID_SHDSL.LT_SLOT>— AID_SHDSL.CIRCUIT>

Where, the SHDSL circuit parameter <SHDSL_NBLK> block will contain one or more of the following named parameters separated by commas:

PORTID=<SHDSL_NBLK.PORTID> PSDTYPE=<SHDSL_NBLK.PSDTYPE> WIREMODE=<SHDSL_NBLK.WIREMODE> MINLINERATE=<SHDSL_NBLK.MINLINERATE> MAXLINERATE=<SHDSL_NBLK.MAXLINERATE> TARRMDNWC=<SHDSL_NBLK.TARRMDNWO TARRMDNCC=<SHDSL_NBLK.TARRMDNCO TARRMUPWC=<SHDSL_NBLK.TARRMUPWO TARRMUPCC=<SHDSL_NBLK.TARRMUPCO REMOTEMGT=<SHDSL_NBLK.REMOTEMGT> REGIONCONF=<SHDSL_NBLK.REGIONCONF> IMAGRP=<SHDSL_NBLK.IMAGRP>





C O

Table 50: A_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS


Type Class













Output Parameters

None.


4

Service Definition

The Alcatel A1000 DSLAM cartridge contains a set of CSDLs that map to one or more ASDL commands. You can also create additional CSDLs that map to existing and newly-created ASDLs. An upstream system can assemble any of these CSDL commands onto a work order for provisioning.

This chapter presents detailed information on the CSDL parameters that we provide in this cartridge. The following table lists and describes the type of parameter information that is included.


Item Description

Parameter Name Identifies the parameter that is configured for the stated service.

Description Describes the parameter.

Range Describes or lists the range of values that can be used to satisfy this parameter.

Default Value Configures a default value for the parameter so that it is not mandatory for the upstream system to provide a value.

Chapter 4: Service Definition


For a detailed description of the Required and Optional parameter classifications, refer to the ASAP Administration Guide.

Type Indicates one of the following parameter types:

S—Scalar, specifies the parameter label transmitted on the ASDL command. Scalar parameters are conventional name-value pair parameters.C—Compound, specifies the base name of the compound parameter transmitted on the ASDL command. A compound parameter contains structures or arrays of information that are represented by a particular structure name or compound parameter name. Each compound parameter can contain a large number of elements. If you use compound parameters, you only require a single entry in the ASAP translation tables to call the compound parameter and all its associated parameter elements.I—Indexed, identifies a parameter that contains a sequential numerical index value to tell the SARM that it should execute the same operation (for example, an ASDL command) for all occurrences of that index. Consequently, if there are several options on a particular CSDL command (OPT1, OPT2, OPT3, etc.), you can specify the OPT parameter as an indexed parameter. When you specify the OPT parameter as an indexed parameter, the SARM generates several occurrences of that same ASDL command and each command has a different value for the option being transmitted to the NEP.

For more information on parameter types, refer to the ASAP Developer Reference.

Class Indicates one of the following parameter classifications:

R—Required scalar parameterO—Optional scalar parameterC—Required compound parameterN—Optional compound parameterM—Mandatory indexed parameterI—Optional indexed parameterS—Parameter count


Item Description

CSDL commands


CSDL commandsThis cartridge provides the following CSDL Commands:

C_ALA-A1000_SW4-7_ACT_ADSL-PROFILEC_ALA-A1000_SW4-7_ACT_CRS-VCC_ALA-A1000_SW4-7_ACT_CRS-VPC_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILEC_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILEC_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILEC_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILEC_ALA-A1000_SW4-7_ADD_ADSL-PORTC_ALA-A1000_SW4-7_ADD_ADSL-PROFILEC_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILEC_ALA-A1000_SW4-7_ADD_ATM-PORTC_ALA-A1000_SW4-7_ADD_ATM-PVCL-LTC_ALA-A1000_SW4-7_ADD_ATM-PVCL-NTC_ALA-A1000_SW4-7_ADD_ATM-PVPLC_ALA-A1000_SW4-7_ADD_ATMACC-PROFILEC_ALA-A1000_SW4-7_ADD_CAC-PROFILEC_ALA-A1000_SW4-7_ADD_CDVT-PROFILEC_ALA-A1000_SW4-7_ADD_CRS-VCC_ALA-A1000_SW4-7_ADD_CRS-VPC_ALA-A1000_SW4-7_ADD_OC3-INTERFACEC_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERSC_ALA-A1000_SW4-7_ADD_SIG-CHANNELC_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMSC_ALA-A1000_SW4-7_ADD_SVC-USERC_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACEC_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACEC_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILEC_ALA-A1000_SW4-7_ADD_XDSL-PORTC_ALA-A1000_SW4-7_DEACT_CRS-VCC_ALA-A1000_SW4-7_DEACT_CRS-VPC_ALA-A1000_SW4-7_DEL_ADSL-PORTC_ALA-A1000_SW4-7_DEL_ATM-PVCL-LTC_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT



C_ALA-A1000_SW4-7_DEL_ATM-PVPLC_ALA-A1000_SW4-7_DEL_ATMACC-PROFILEC_ALA-A1000_SW4-7_DEL_CAC-PROFILEC_ALA-A1000_SW4-7_DEL_CDVT-PROFILEC_ALA-A1000_SW4-7_DEL_CRS-VCC_ALA-A1000_SW4-7_DEL_CRS-VPC_ALA-A1000_SW4-7_DEL_DSL-PROFILEC_ALA-A1000_SW4-7_DEL_SIG-CHANNELC_ALA-A1000_SW4-7_DEL_SVC-USERC_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILEC_ALA-A1000_SW4-7_DEL_XDSL-PORTC_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS

C_ALA-A1000_SW4-7_ACT_ADSL-PROFILEActivates an Asymmetric Digital Subscriber Line (ADSL) profile.

Table 52: C_ALA-A1000_SW4-7_ACT_ADSL-PROFILE


Type Class



S O

ADSLACT_PROFILE_ID

The ADSL profile index.

1 to 40 S R



Default value: NULL

S O

NE_ID_ALA_DSLAM Host NE identifier. S R

CSDL commands


Mapping to ASDLs

The following table illustrates the CSDL to ASDL mapping for this service.

C_ALA-A1000_SW4-7_ACT_CRS-VCActivates a virtual circuit cross connect.

Table 53: CSDL to ASDL Mapping

CSDL ASDL

C_ALA-A1000_SW4-7_ACT_ADSL-PROFILE A_ALA-A1000_SW4-7_ACT_ADSL-PROFILE

Table 54: C_ALA-A1000_SW4-7_ACT_CRS-VC


Type Class


C R



C R



S O



Default value: NULL

S O



Mapping to ASDLs


C_ALA-A1000_SW4-7_ACT_CRS-VPActivates a virtual path cross connect.


CSDL ASDL

C_ALA-A1000_SW4-7_ACT_CRS-VC A_ALA-A1000_SW4-7_ACT_CRS-VC

Table 56: C_ALA-A1000_SW4-7_ACT_CRS-VP


Type Class


C R



c R



Default value: 0

S O



Default value: NULL

S O

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) common profile.


CSDL ASDL

C_ALA-A1000_SW4-7_ACT_CRS-VP A_ALA-A1000_SW4-7_ACT_CRS-VP

Table 58: C_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE


Type Class



S O



C O

ADSLCOM_PROFILE_ID


1 to 40 S R



Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) discrete multi-tone profile.



Default value: NULL

S O

NE_ID_ALA-DSLAM Host NE identifier. S R


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE

Table 60: C_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE


Type Class

ADSLMSK_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

Table 58: C_ALA-A1000_SW4-7_ADD_ADSL-COMMON-PROFILE


Type Class

CSDL commands


Mapping to ASDLs


ADSLMSK_NBLK The parameter block containing one or more of the following named parameters separated with their values by commas for provisioning the ADSL DMT carrier mask:


C O

ADSLMSK_PROFILE_ID


1 to 40 S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE

Table 60: C_ALA-A1000_SW4-7_ADD_ADSL-DMT-PROFILE


Type Class



C_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) downstream profile.

Table 62: C_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE


Type Class



S O

ADSLDN_PROFILE_ID


1 to 40 S R



Default value: NULL

S O

CSDL commands


Mapping to ASDLs




C O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE

Table 62: C_ALA-A1000_SW4-7_ADD_ADSL-DOWNSTREAM-PROFILE


Type Class



C_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) line profile.

Table 64: C_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE


Type Class



S O

ADSLDN_PROFILE_ID


1 to 40 S R



Default value: NULL

S O

CSDL commands


Mapping to ASDLs




C O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE

Table 64: C_ALA-A1000_SW4-7_ADD_ADSL-LINE-PROFILE


Type Class



C_ALA-A1000_SW4-7_ADD_ADSL-PORTAdds an Asymmetric Digital Subscriber Line (ADSL) port.

Table 66: C_ALA-A1000_SW4-7_ADD_ADSL-PORT


Type Class



S O

ADSLP_PST The desired primary state to be set.


S O



Default value: NULL

S O

ADSL_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDADSLPROFADSLPROFNM

C O

AID_ADSL Access identifier for the ADSL line.

C R


CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ADSL-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) profile.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-PORT A_ALA-A1000_SW4-7_ADD_ADSL-PORT

Table 68: C_ALA-A1000_SW4-7_ADD_ADSL-PROFILE


Type Class



S O

ADSLACT_PROFILE_ID


1 to 40 s R



Default value: NULL

s O



s O





C O

ADSLCOM_PROFILE_ID


1 to 40 S R



Default value: NULL

S O



S O

ADSLDN_PROFILE_ID


1 to 40 S R



Default value: NULL

S O



Type Class

CSDL commands


ADSLLP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ADSLLP_PROFILE_ID


1 to 40 S R

ADSLLP_TID The target identifier (TID) for the NE.


Default value: NULL

S O

ADSLMSK_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O



Type Class



ADSLMSK_NBLK The parameter block containing one or more of the following named parameters separated with their values seperated by commas for provisioning the ADSL DMT carrier mask:


C O

ADSLMSK_PROFILE_ID


1 to 40 S R



Default value: NULL

S O

ADSLPROF_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ADSLPROF_LATENCY

The latency of the ADSL line.

FASTINTERLEAVED

S O



Type Class

CSDL commands


ADSLPROF_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:MINNMRMAXNMRTNMRMAXPSDMAXAPLVLRAMODEPIBRMAXIBRMINIBRMAXIDELPFBRMAXFBRMINFBR

C O

ADSLPROF_PROFILE_ID


1 to 40 S R

ADSLPROF_ PROFILE_NAME



S R

ADSLPROF_TID The target identifier (TID) for the NE.


Default value: NULL

S O




Type Class



Mapping to ASDLs



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-PROFILE A_ALA-A1000_SW4-7_ADD_ADSL-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-LINEPROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-COMMONPROFILE

A_ALA-A1000_SW4-7_ADD_ADSLDOWNSTREAM-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-DMTPROFILE

A_ALA-A1000_SW4-7_ACT_ADSL-PROFILE

CSDL commands


C_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILEAdds an Asymmetric Digital Subscriber Line (ADSL) upstream profile.

Table 70: C_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE


Type Class


MINNMRMAXNMRTNMRMAXAPLVLRAMODEPIBRMAXIBRMINIBRMAXIDELPFBRMAXFBRMINFBR

C O

ADSLUP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ADSLUP_PROFILE_ID


1 to 40 S R



Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ATM-PORTAdds an ATM port.

ADSLUP_TID The target identifier (TID) for the NE.


Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE

A_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE

Table 72: C_ALA-A1000_SW4-7_ADD_ATM-PORT


Type Class

AID_ATMPORT Access identifier for the ATM port.

C R

Table 70: C_ALA-A1000_SW4-7_ADD_ADSL-UPSTREAM-PROFILE


Type Class

CSDL commands


ATMPORT_NBLK The ATM port parameter block containing one or more of the following named parameters with their values separated by commas:

IFTYPECACPROFDNCACPROFDNNMACPROFUPCACPROFUPNMATMACCPROFATMACCPROFNMCDVTPROFCDVTPROFNMNGCRWEIGHT

C O

ATMP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

ATMP_PST The desired primary state to be set.


S O

ATMP_TID The target identifier (TID) for the NE.


Default value: NULL

S O


Table 72: C_ALA-A1000_SW4-7_ADD_ATM-PORT


Type Class



Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ATM-PVCL-LTAdds an ATM Permanent Virtual Circuit (PVC) link on the line side.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ATM-PORT A_ALA-A1000_SW4-7_ADD_ATM-PORT

Table 74: C_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT


Type Class


C R




Default value: 0

S O


LINKTYPESEGENDPT

C O

VCL_RCV_TRAFD SC

The traffic descriptor profile index for the receive direction.

1 to 310 S O

CSDL commands


Mapping to ASDLs


VCL_RCV_TRAFDSCNM


S O



Default value: NULL

S O

VCL_XMT_ TRAFDSC


1 to 310 S O

VCL_XMT_ TRAFDSCNM


S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT A_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT

Table 74: C_ALA-A1000_SW4-7_ADD_ATM-PVCL-LT


Type Class



C_ALA-A1000_SW4-7_ADD_ATM-PVCL-NTAdds an ATM Permanent Virtual Circuit (PVC) link on network side.

Table 76: C_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT


Type Class


C R




Default value: 0

S O


LINKTYPESEGENDPT

C O


1 to 310 S O

VCL_RCV_TRAFD SCNM


S O

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ATM-PVPLAdds an ATM Private Virtual Path (PVP) link.



Default value: NULL

S O

VCL_XMT_ TRAFDSC


1 to 310 S O

VCL_XMT_ TRAFDSCNM


S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT A_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT

Table 78: C_ALA-A1000_SW4-7_ADD_ATM-PVPL


Type Class


C R


Table 76: C_ALA-A1000_SW4-7_ADD_ATM-PVCL-NT


Type Class





S O

VPL_NBLK The ATM VPL parameter block containing one or more of the following named parameters with their values separated by commas:

LINKTYPESEGENDPT

C O

VPL_RCV_TRAFDSC The traffic descriptor profile index for the receive direction.

1 to 310 S O

VPL_RCV_TRAFDSCNM


S O



Default value: NULL

S O

VPL_XMT_ TRAFDS C


1 to 310 S O

VPL_XMT_ TRAFDSCNM


S O

Table 78: C_ALA-A1000_SW4-7_ADD_ATM-PVPL


Type Class

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_ATMACC-PROFILEAdds an ATM access profile.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ATM-PVPL A_ALA-A1000_SW4-7_ADD_ATM-PVPL

Table 80: C_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE


Type Class



Default value: 0

S O

ATMACC_NBLK The ATM access profile parameter block containing one or more of the following named parameters with their values separated by commas:

GFCMODEMAXVPCSMAXVCCSVPIBITSVCIBITSPOLICINGSVCMAXVPISVCMINVCI

C O

ATMACC_PROFILE_ID

The ATM access profile index.

1 to 50 S R



Mapping to ASDLs


ATMACC_PROFILE_ NAME



S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE A_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE

Table 80: C_ALA-A1000_SW4-7_ADD_ATMACC-PROFILE


Type Class

CSDL commands


C_ALA-A1000_SW4-7_ADD_CAC-PROFILEAdds a Connection Admission Control (CAC) profile.

Table 82: C_ALA-A1000_SW4-7_ADD_CAC-PROFILE


Type Class

CACPROF_NBLK The ATM CAC profile parameter block containing one or more of the following named parameters with their values separated by commas:

CBRMAXCONCBRBWSECFACCBRBUFSECFACUBRMAXCONUBRMCRSECFACRTVBRMAXCONRTVBRBWSECFACRTVBRBUFSECFACRTVBRNGCRSECFACRTVBROVRBKFACNRTVBRMAXCONNRTVBRBWSECFACNRTVBRBUFSECFACNRTVBRNGCRSECFACNRTVBRNGCRSECFACGFRMAXCONGFRBWSECFACGFRBUFSECFACFROVRBKFACAGRBWSECFACAGRGCRSECFAC

C O



Mapping to ASDLs




Default value: 0

S O


1 to 50 S R

CAC_PROFILE_NAME



S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_CAC-PROFILE A_ALA-A1000_SW4-7_ADD_CAC-PROFILE

Table 82: C_ALA-A1000_SW4-7_ADD_CAC-PROFILE


Type Class

CSDL commands


C_ALA-A1000_SW4-7_ADD_CDVT-PROFILEAdds a Cell Delay Variance Tollerance (CDVT) profile.

Table 84: C_ALA-A1000_SW4-7_ADD_CDVT-PROFILE


Type Class

CDVTPROF_NBLK The ATM CDVT Profile parameter block containing one or more of the following named parameters with their values separated by commas:

CDVTCBRCDVTUBRCDVTRTVBRCDVTNRTVBRCDVTGFR

C O



Default value: 0

S O

CDVTP_ROFILE_ID The AT M cell delay variation tolerance profile index.

1 to 20 S R

CDVT_PROFILE_NAME



S R



Default value: NULL

S O




Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_CRS-VCAdds a virtual circuit cross connect.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_CDVT-PROFILE A_ALA-A1000_SW4-7_ADD_CDVT-PROFILE

Table 86: C_ALA-A1000_SW4-7_ADD_CRS-VC


Type Class


C R



C R



Default value: 0

S O

VCCC_PST The desired primary state to be set.


S O

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_CRS-VPAdds a virtual path cross connect.



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_CRS-VC A_ALA-A1000_SW4-7_ADD_CRS-VC

Table 88: C_ALA-A1000_SW4-7_ADD_CRS-VP


Type Class


C R



C R

Table 86: C_ALA-A1000_SW4-7_ADD_CRS-VC


Type Class



Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_OC3-INTERFACEAdds an OC3 interface.



S O

VPCC_PST The desired primary state to be set.


S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_CRS-VP A_ALA-A1000_SW4-7_ADD_CRS-VP

Table 90: C_ALA-A1000_SW4-7_ADD_OC3-INTERFACE


Type Class

AID_OC3 Access identifier for the OC3 facility.

C R

Table 88: C_ALA-A1000_SW4-7_ADD_CRS-VP


Type Class

CSDL commands


Mapping to ASDLs



OC3_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


Default value: 0

S O

OC3_NBLK OC3 facility parameter block containing the following named parameters with their values: OPMODE.

C O

OC3_PST The desired primary state to be set.


S O

OC3_TID The target identifier (TID) for the NE.


Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_OC3-INTERFACE A_ALA-A1000_SW4-7_ADD_OC3-INTERFACE

Table 90: C_ALA-A1000_SW4-7_ADD_OC3-INTERFACE


Type Class



C_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERSAdds SHDSL parameters.

Table 92: C_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS


Type Class


C R


SHDSLCTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O



C R

SHDSL_NUM_REPEATERS


S O

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_SIG-CHANNELAdds a signalling channel.

SHDSLPST The desired primary state to be set.


S O

SHDSLTID The target identifier (TID) for the NE.


Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS

A_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS

Table 94: C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL


Type Class


C R


Table 92: C_ALA-A1000_SW4-7_ADD_SHDSL-PARAMETERS


Type Class





S O

SIGCHN_NBLK The signaling channel parameter block containing one or more of the following named parameters with their values separated by commas

:XMITTRAFDSCRXMITTRAFDSCRNMRECVTRAFDSCRRECVTRAFDSCRNMMAXACTCALLSSAALPROFSAALPROFNMSAALMODEDSS2PROFDSS2PROFNMSIGPERFPROFSIGPERFPROFNMMULTIPOINTSEGENDPT

C R

SIGCHN_STATE The desired state to be set.

S O



Type Class

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMSAdds signalling channel parameters.



S O

SIGCHN_VCI The VCI value associated with the signaling channel.

S O

SIGCHN_VPI The VPI value associated with the signaling channel.

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL

Table 96: C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS


Type Class


C R




Type Class



SIGCHNP_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

SIGCHNP_STATE The desired state to be set.

S O

SIGCHNP_TID The target identifier (TID) for the NE.


Default value: NULL

S O


MAXACTCALLSSAALPROFSAALPROFNMSAALMODEDSS2PROFDSS2PROFNMSIGPERFPROFSIGPERFPROFNMMULTIPOINTSEGENDPT

C O

Table 96: C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS


Type Class

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_SVC-USERAdds a Switched Virtual Circuit (SVC) user.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS

A_ALA-A1000_SW4-7_ADD_SIG-CHANNEL-PARAMS

Table 98: C_ALA-A1000_SW4-7_ADD_SVC-USER


Type Class

ATM_ADDRESS Access identifier for the SVC user.

S R

ATM_PORT ATM port associated with the SVC user.

C R




S O



Mapping to ASDLs


SVCUSER_NBLK The SVC user parameter block containing one or more of the following named parameters with their values separated by commas:

CICALLOWCALLINALLOWCALLOUTIDENTPROFIDENTPROFNM

C R



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_SVC-USER A_ALA-A1000_SW4-7_ADD_SVC-USER

Table 98: C_ALA-A1000_SW4-7_ADD_SVC-USER


Type Class

CSDL commands


C_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACEAdds T1/DS1 interface.

Table 100: C_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE


Type Class


C R



Default value: 0

S O


PORTIDLINETYPELBOEQLZ

C R



S O



Default value: NULL

S O




Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACEAdds T3/DS3 interface.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE A_ALA-A1000_SW4-7_ADD_T1DS1-INTERFACE



Type Class


C R



Default value: 0

S O


CELLMAPNGCRDECPLNGOOFDETECTLINEBLDOUT

C O



S O

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILEAdds traffic descriptor profile.



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACE A_ALA-A1000_SW4-7_ADD_T3DS3-INTERFACE

Table 104: C_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE


Type Class




Default value: 0

S O



Type Class



TRAFDSC_NBLK The ATM Traffic Descriptor profile parameter block containing one or more of the following named parameters with their values separated by commas:

FRAMEDSCCLP1PCRCDVTCLP1MCRCLP1SCRMBSCLP0SCRMFS

These values are added to MML based on parameter TRAFDSC TYPE value.

C R

TRAFDSC_PROFILE_ ID


1 to 310 S R

TRAFDSC_PROFILE_ NAME



S R



Default value: NULL

S O

TRAFDSC_TYPE Traffic descriptor service category type.

S O

Table 104: C_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE


Type Class

CSDL commands


Mapping to ASDLs


C_ALA-A1000_SW4-7_ADD_XDSL-PORTAdds an XDSL port.


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE

A_ALA-A1000_SW4-7_ADD_TRAFFDESC-PROFILE

Table 106: C_ALA-A1000_SW4-7_ADD_XDSL-PORT


Type Class

AID_XDSL Access identifier for the ADSL line.

C R




S O



Mapping to ASDLs


XDSL_NBLK The ADSL line parameter block containing one or more of the following named parameters with their values separated by commas:

PORTIDXSRVCROFNMXSRVCPROFIDXLNEROFNMXLNEPROFIDOPMASKAOPMASKA2OPMASKVOPMASKA2MBONDMODTYPE

C O

XDSL_PST The desired primary state to be set.


S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_ADD_XDSL-PORT A_ALA-A1000_SW4-7_ADD_XDSL-PORT

Table 106: C_ALA-A1000_SW4-7_ADD_XDSL-PORT


Type Class

CSDL commands


C_ALA-A1000_SW4-7_DEACT_CRS-VCDeactivates a virtual circuit cross connect.

Mapping to ASDLs


Table 108: C_ALA-A1000_SW4-7_DEACT_CRS-VC


Type Class


C R



C R



Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEACT_CRS-VC A_ALA-A1000_SW4-7_DEACT_CRS-VC



C_ALA-A1000_SW4-7_DEACT_CRS-VPDeactives a virtual path cross connect.

Mapping to ASDLs


Table 110: C_ALA-A1000_SW4-7_DEACT_CRS-VP


Type Class


C R



C R



Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEACT_CRS-VP A_ALA-A1000_SW4-7_DEACT_CRS-VP

CSDL commands


C_ALA-A1000_SW4-7_DEL_ADSL-PORTDeletes an Asymmetric Digital Subscriber Line (ADSL) port.

Mapping to ASDLs


Table 112: C_ALA-A1000_SW4-7_DEL_ADSL-PORT


Type Class



S O



Default value: NULL

S O


PORT_AID The AID for the user port.

C R


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_ADSL-PORT A_ALA-A1000_SW4-7_DEL_ADSL-PORT



C_ALA-A1000_SW4-7_DEL_ATM-PVCL-LTDeletes an ATM Permanent Virtual Circuit (PVC) link from the line side.

Mapping to ASDLs


Table 114: C_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT


Type Class


C R




Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT A_ALA-A1000_SW4-7_DEL_ATM-PVCL-LT

CSDL commands


C_ALA-A1000_SW4-7_DEL_ATM-PVCL-NTDeletes an ATM Permanent Virtual Circuit (PVC) link from the network side.

Mapping to ASDLs


Table 116: C_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT


Type Class


C R




Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT A_ALA-A1000_SW4-7_DEL_ATM-PVCL-NT



C_ALA-A1000_SW4-7_DEL_ATM-PVPLDeletes an ATM Private Virtual Path (PVP) link.

Mapping to ASDLs


Table 118: C_ALA-A1000_SW4-7_DEL_ATM-PVPL


Type Class


C R




Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_ATM-PVPL A_ALA-A1000_SW4-7_DEL_ATM-PVPL

CSDL commands


C_ALA-A1000_SW4-7_DEL_ATMACC-PROFILEDeletes an ATM access profile.

Mapping to ASDLs


Table 120: C_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE


Type Class



Default value: 0

S O

ATMACC_PROFILE_ID

The ATM access profile index.

1 to 50 S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE A_ALA-A1000_SW4-7_DEL_ATMACC-PROFILE



C_ALA-A1000_SW4-7_DEL_CAC-PROFILEDeletes a Connection Admission Control (CAC) profile.

Mapping to ASDLs


Table 122: C_ALA-A1000_SW4-7_DEL_CAC-PROFILE


Type Class



Default value: 0

S O


1 to 50 S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_DEL_CAC-PROFILE A_ALA-A1000_SW4-7_DEL_CAC-PROFILE

CSDL commands


C_ALA-A1000_SW4-7_DEL_CDVT-PROFILEDeletes a Cell Delay Variance Tollerance (CDVT) profile.

Mapping to ASDLs


Table 124:


Type Class



Default value: 0

S O


1 to 20 S R



Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_DEL_CDVT-PROFILE A_ALA-A1000_SW4-7_DEL_CDVT-PROFILE



C_ALA-A1000_SW4-7_DEL_CRS-VCDeletes a virtual circuit cross connect.

Mapping to ASDLs


Table 126: C_ALA-A1000_SW4-7_DEL_CRS-VC


Type Class


C R



C R



Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_CRS-VC A_ALA-A1000_SW4-7_DEL_CRS-VC

CSDL commands


C_ALA-A1000_SW4-7_DEL_CRS-VPDeletes a virtual path cross connect.

Mapping to ASDLs


Table 128: C_ALA-A1000_SW4-7_DEL_CRS-VP


Type Class


C R



C R



Default value: 0

S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_CRS-VP A_ALA-A1000_SW4-7_DEL_CRS-VP



C_ALA-A1000_SW4-7_DEL_DSL-PROFILEDeletes an Asymmetric Digital Subscriber Line (ADSL) profile.

Mapping to ASDLs


Table 130: C_ALA-A1000_SW4-7_DEL_DSL-PROFILE


Type Class

ADSLDLT_CTAG The command correlation tag is used to correlate the response of the command with the original command itself.


S O

ADSLDLT_PROFILE_ ID


1 to 40 S R

ADSLDLT_TID The target identifier (TID) for the NE.


Default value: NULL

S O



CSDL ASDL

C_ALA-A1000_SW4-7_DEL_DSL-PROFILE A_ALA-A1000_SW4-7_DEL_DSL-PROFILE

CSDL commands


C_ALA-A1000_SW4-7_DEL_SIG-CHANNELDeletes signaling channel.

Mapping to ASDLs


Table 132: C_ALA-A1000_SW4-7_DEL_SIG-CHANNEL


Type Class


C R




S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_SIG-CHANNEL A_ALA-A1000_SW4-7_DEL_SIG-CHANNEL



C_ALA-A1000_SW4-7_DEL_SVC-USERDeletes a Switched Virtual Circuit (SVC) user.

Mapping to ASDLs


Table 134: C_ALA-A1000_SW4-7_DEL_SVC-USER


Type Class

ATM_ADDRESS Access identifier for the SVC user.

S R




S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_SVC-USER A_ALA-A1000_SW4-7_DEL_SVC-USER

CSDL commands


C_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILEDeletes traffic descriptor profile.

Mapping to ASDLs


Table 136: C_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE


Type Class




Default value: 0

S O

TRAFDSC_PROFILE_ID


1 to 310 S R



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE

A_ALA-A1000_SW4-7_DEL_TRAFFDESC-PROFILE



C_ALA-A1000_SW4-7_DEL_XDSL-PORTDeletes an XDSL port.

Mapping to ASDLs


Table 138: C_ALA-A1000_SW4-7_DEL_XDSL-PORT


Type Class


PORT_AID The AID for the user port.

C R



S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_DEL_XDSL-PORT A_ALA-A1000_SW4-7_DEL_XDSL-PORT

CSDL commands


C_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERSModifies SHDSL parameters.

Table 140: C_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS


Type Class


C R




S O



C O

SHDSL_NUM_REPEATERS


S O



Mapping to ASDLs




S O



Default value: NULL

S O


CSDL ASDL

C_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS

A_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS

Table 140: C_ALA-A1000_SW4-7_MOD_SHDSL-PARAMETERS


Type Class


5

Configuring ASAP to Support Additional NE Instances

You can configure ASAP to support the Alcatel A1000 DSLAM - NEP configuration using the Service Activation Configuration Tool (SACT). Refer to the ASAP Administration Guide for more information.

Below is an example of the Activation.Configuration.XML file for the Alcatel A1000 DSLAM cartridge.<?xml version="1.0" encoding="UTF-8"?>

<activationConfig xmlns="http://www.metasolv.com/ServiceActivation/

2003/ActivationConfig" xmlns:xsi="http://www.w3.org/2001/XMLSchemainstance"

xsi:schemaLocation="http://www.metasolv.com/ServiceActivation/

2003/ActivationConfig

C:\schema\ASAP5-0\ActivationConfig.xsd">

<connectionPool name="ALADSL1">

<device name="ala_dsl_dev1">

<environment>DEVELOPMENT</environment>

<lineType>TELNET_CONNECTION</lineType>

</device>




</device>




</device>

</connectionPool>

<element name="ALA_DSL_HOST">

<technology>ALA-DSLAM</technology>

<softwareLoad>4-7</softwareLoad>

Chapter 5: Configuring ASAP to Support Additional NE Instances


<nepServerName>$NEP</nepServerName>

<primaryPool>ALADSL1</primaryPool>

<maximumConnections>1</maximumConnections>

<dropTimeout>5</dropTimeout>

<spawnThreshold>1</spawnThreshold>

<killThreshold>0</killThreshold>

<routingElement name="ALA_DSL_HOST">

<atomicService/>

</routingElement>

<communicationParameter>

<label>HOST_IPADDR</label>

<value>

<value>192.168.1.1</value>

</value>

<description>Remote Host IP Address</description>

<deviceName>COMMON_DEVICE_CFG</deviceName>


</communicationParameter>


<label>HOST_NAME</label>

<value>

<value>192.168.1.1</value>

</value>

<description>JEDD Server Host</description>





<label>PORT</label>

<value>

<value>14000</value>

</value>

<description>Remote Host Port</description>






<label>AMS_PORT</label>

<value>


</value>

<description>Remote Host Port</description>





<label>LOGIN_TIMEOUT</label>

<value>


</value>

<description>Connection timeout</description>





<label>READ_TIMEOUT</label>

<value>


</value>

<description>Read timeout</description>





<label>AMS_USER</label>

<value>

<value>metasolv</value>

</value>

<description>AMS User Name</description>







<label>AMS_PASSWORD</label>

<value>

<value>asap_1</value>

</value>

<description>AMS Password</description>





<label>AMS_TID</label>

<value>

<value>PSALIDI-MINI</value>

</value>

<description>AMS Target ID</description>





<label>AMS_UID</label>

<value>

<value>SUPERUSER</value>

</value>

<description>AMS user ID</description>





<label>AMS_CTAG</label>

<value>

<value>1</value>

</value>

<description>AMS CTAG value</description>




Extracting source files



<label>AMS_PID</label>

<value>

<value>ANS#150</value>

</value>

<description>AMS PID value</description>




</element>

</activationConfig>

Extracting source filesBefore you can access an XML file to modify it, you must extract it from the .sar file. Use the following procedure to extract source files from the sar file. (Use Studio help for more information).

To extract source files

1. Create a repository directory. Copy the .sar file to the new directory and un-jar the sar file.

2. After you un-jar the sar file, you can access the XML files.

Loading a new XML fileWhen you finish modifying an XML file, you must create a new sar file, then restart the cartridge using the new file.

Follow the instructions in “Testing the installation” on page 13, for directions on how to load a new XML file. (Use Studio help for more information).

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