open database schema support in cisco prime lan …2 open database schema support in cisco prime lan...

Open Database Schema Support in Cisco Prime LAN Management Solution 4.2

ContentsThis document explains the open database schema support in Cisco Prime LAN Management Solution (LMS 4.2). This document contains the following sections:

• Enabling Access to Database

• Accessing Database Views

• Changing the Database Password

• Exposed Database Views and Tables

• Schema of Exposed Database Views

• IPSLA Database Schema

Enabling Access to DatabaseTo enable the access to applications database, you must run the dbaccess.pl utility from the command line.

You must run:

• NMSROOT/bin/perl NMSROOT/bin/dbaccess.pl {install|clean} [debug] — on Solaris or Soft Appliance systems

• NMSROOT\bin\perl NMSROOT\bin\dbaccess.pl {install|clean} [debug] — on Windows systems

where,

• NMSROOT — Default LMS installation directory

• install — Command line parameter that cleans the existing views, creates new views, and provides access to databases

Americas Headquarters:Cisco Systems, Inc., 170 West Tasman Drive, San Jose, CA 95134-1706 USA

Enabling Access to Database

• clean — Command line parameter that cleans the existing views

• debug — Prints the debug and warning messages on the screen

The default username to access the database view as a normal user is lmsdatafeed.

The default username to access the database view as a ssecure user is lmssecuredatafeed.

The CLI utility prompts you to enter the passwords for normal database view user and secure database view user.

As a normal database view user, you will be able to access all views except EnergyWise_Domain view.

You can access EnergyWise_Domain view only when you connect the database as a secure database view user.

The passwords can be between 5 and 30 characters long.

A few warning messages appear while running the utility with the debug option. These messages appear when the view definitions are not in the database.

For example, you may get the following warning messages while the utility enables access to Common Services database:

WARN: User ID 'lmsdatafeed' does not exist (DBD: execute failed).WARN: User ID 'lmssecuredatafeed' does not exist (DBD: execute failed).WARN: Table 'Network_Devices' not found (DBD: execute failed).WARN: Table 'Job_Details' not found (DBD: execute failed).

You can ignore these warning messages.

See Connecting to IPSLA Database for details on connecting to the IPSLA database.

You can also access the following databases using the default usernames.

The database names and their default usernames are given in the table below:

The password to connect to the database is the password you entered or randomly generated during installation of LMS 4.2.

Database Name User Name

cmf cmfDBA

ipm DBA

rmeng DBA

dfmInv itemInvUser

dfmEpm itemEpmUser

dfmFh itemFhUser

upm dba

ani cwsiSA

2Open Database Schema Support in Cisco Prime LAN Management Solution 4.2

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Accessing Database Views

Accessing Database ViewsYou can access the created views using database access methods such as JDBC and ODBC.

You should use select * from View_Name to access the database views:

You can access the created views either from:

• The local LMS Server.

Or

• A remote server with or without LMS installed.

This section contains:

• Accessing Database From a Local Server

• Accessing the Database From a Remote Server

Accessing Database From a Local ServerThis section contains the sample code for:

• Accessing Database Using Jconnect JDBC Access Method

• Accessing Database Using iAnyWhere JDBC Access Method

• Accessing Database Using ODBC Access Method

Accessing Database Using Jconnect JDBC Access Method

The following is the sample code to connect to the database, using the Jconnect JDBC access method:

import java.util.Date;import java.sql.*;public class JdbcAccess {

private static Connection conn;private static Statement stmt;private static ResultSet rs;/** * @param args */public static void main(String[] args) throws SQLException, ClassNotFoundException {

Class.forName("com.sybase.jdbc2.jdbc.SybDriver");

// The following information such as port, and service names are to be // changed based on the application database that you want to connect. // For example, conn = DriverManager.getConnection("jdbc:sybase:Tds:localhost:// <ServerPort>?SERVICENAME=<DBName>","<View username>","<View password>");conn = DriverManager.getConnection("jdbc:sybase:Tds:localhost:43441?

SERVICENAME=cmfDb","lmsdatafeed | lmssecuredatafeed","dbpasswd");

System.out.println("[" + new Date() + "] INFO: Connection successful...");

//Create Statement nowstmt = conn.createStatement();String query = "SELECT Device_Id, Device_Display_Name, Management_IPAddress FROM

Network_Devices";rs = stmt.executeQuery(query);while (rs.next()) {

System.out.println("Device_Id: " + rs.getString("Device_Id"));


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System.out.println("Device_Display_Name: " + rs.getString("Device_Display_Name"));

System.out.println("Management_IPAddress" + rs.getString("Management_IPAddress"));

System.out.println("-----------------------------------------------------------");}

}}

Note This sample code uses the Jconnect JDBC driver. You must include the Jconnect Jar file (NMSROOT/lib/classpath/jconn2.jar) in the CLASSPATH before you connect to the database.

In the code snippet below, you must change the information such as port, service name, dsn names based on the application database to which you want to connect:

conn = DriverManager.getConnection("jdbc:sybase:Tds:localhost:43441?SERVICENAME=cmfDb","lmsdatafeed | lmssecuredatafeed","dbpasswd");

where,

• localhost —Local LMS Server.

• 43441 — Port number to connect to the database. In this sample, it refers to the port number used to connect to the Common Services database. See Application Database Names and Port Number Details for details on other port numbers to use.

• cmfDb — Name of the database service. In this sample, it refers to the Common Services database. See Application Database Names and Port Number Details for details on other port numbers to use.

• lmsdatafeed — Default username to connect as a normal database view user.

• lmssecuredatafeed — Default username to connect as a secure database view user.

• dbpasswd — Database view password. You should enter the password corresponding to the view username you are using to connect to the database.

Application Database Names and Port Number Details

The application database names are given in the table below:

The port number mentioned in the table could vary. You can get the appropriate port numbers from the odbc.tmpl file of respective databases.

Application Database Name Port Number to Connect to Database

Common Services cmfDb 43441

Network Topology, Layer 2 Services and User Tracking

aniDb 43443

Inventory, Config and Image Management

rmengdb 43455

Fault Management (Fault History) dfmFhDb 43445


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Accessing Database Using iAnyWhere JDBC Access Method

The following is the sample code to connect to the database using the iAnyWhere JDBC access method:

import java.util.Date;import java.sql.*;public class JdbcAccess {

private static Connection conn;private static Statement stmt;private static ResultSet rs;/** * @param args */public static void main(String[] args) throws SQLException, ClassNotFoundException {

Class.forName("ianywhere.ml.jdbcodbc.IDriver");

// DSN names should be changed based on the application database that you want// to connect.

conn = DriverManager.getConnection("jdbc:odbc:dsn=cmf","lmsdatafeed | lmssecuredatafeed","dbpasswd");

System.out.println("[" + new Date() + "] INFO: Connection successfull...");

//Create Statement nowstmt = conn.createStatement();String query = "SELECT Device_Id, Device_Display_Name, Management_IPAddress FROM

Network_Devices";rs = stmt.executeQuery(query);while (rs.next()) {

System.out.println("Device_Id: " + rs.getString("Device_Id"));System.out.println("Device_Display_Name: " +

rs.getString("Device_Display_Name"));System.out.println("Management_IPAddress" +

rs.getString("Management_IPAddress"));

System.out.println("-----------------------------------------------------------");}

}}

Note This sample code uses the iAnywhere driver. You must include the jodbc.jar file (NMSROOT/lib/classpath/jodbc.jar) in the CLASSPATH before you connect to the database.

In the code snippet below, you must change the dsn names based on the application database to which you want to connect:

conn = DriverManager.getConnection("jdbc:odbc:dsn=cmf","lmsdatafeed | lmssecuredatafeed","dbpasswd");

where,

• dsn=cmf —Name of the data source. In this sample, the data source name refers to cmf. See Application Data Source Names for details on dsn names to connect to the database.

• lmsdatafeed — Default username to connect as a normal database view user

• lmssecuredatafeed — Default username to connect as a secure database view user

• dbpasswd — Database view password. You should enter the password corresponding to the view username you are using to connect to the database.


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Application Data Source Names

The following table lists the data source names of LMS applications whose database views are exposed:

Accessing Database Using ODBC Access Method

The following is the sample code to connect to the database using the ODBC access method:

use DBI;my ($dbh, $cur, $sqlstr);my $connString = "dsn=cmf;uid=lmsdatafeed | lmssecuredatafeed";$dbh = DBI->connect('DBI:ASAny:', $connString, 'dbpasswd', {PrintError => 1});if ($dbh) { my $sqlstr = "SELECT Device_Id, Device_Display_Name, Management_IPAddress FROM Network_Devices"; my $cur = $dbh->prepare($sqlstr); $cur->execute if ($cur); while (my $rs = $cur->fetchrow_arrayref) { my ($devId, $dispName, $ip,) = @$rs; print "Device_Id: $devId\n"; print "Device_Display_Name: $dispName\n"; print "Management_IPAddress: $ip\n"; print "--------------------------------------------\n"; } $cur->finish; $dbh->disconnect();}

To run this perl code on LMS Server:

Step 1 Create a perl file, for example, sample.pl and store it on your LMS Server.

Step 2 Update the perl file with the sample perl code given above to connect to the database.

Step 3 Save the changes to the perl file.

Step 4 Run the perl script using the following commands:

• NMSROOT/bin/perl Perl_file_name (on Solaris or Soft Appliance systems)

• NMSROOT\bin\perl Perl_file_name (on Windows systems)

where,

• NMSROOT — LMS Installation directory.

• Perl_file_name —Absolute file name of the perl script with the code to connect to the database.

For example, if you have stored the perl file sample.pl under C:\ in a Windows systems, and if the LMS installation directory is under D:\CSCOpx you must enter the following to run the perl script:

D:\CSCOpx\bin\perl C:\sample.pl

Application Data Source Name (dsn)

Common Services cmf


ani

Inventory, Config and Image Management rmeng

Fault Management (Fault History) dfmFh


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In the code snippet below, you must change the dsn names based on the application database to which you want to connect:

my $connString = "dsn=cmf;uid=lmsdatafeed | lmssecuredatafeed";$dbh = DBI->connect('DBI:ASAny:', $connString, 'dbpasswd', {PrintError => 1});

where,

• dsn=cmf —Name of the data source. In this sample, the data source name refers to cmf. See Application Data Source Names for details on dsn names to connect to the database.

• lmsdatafeed — Default username to connect as a normal database view user.

• lmssecuredatafeed — Default username to connect as a secure database view user.

• dbpasswd — Database view password. You should enter the password corresponding to the view user name you are using to connect to the database.

Accessing the Database From a Remote ServerThis section explains how to access the database in a LMS Server from a remote server. It contains:

• Prerequisites for Accessing Database Views on Windows Systems

• Prerequisites for Accessing Database Views on Solaris and Soft Appliance Systems

• Sample Code to Access Database From a Remote Server

Prerequisites for Accessing Database Views on Windows Systems

Before you access the database views in the LMS Server, from a remote Windows server, you must:

• Copy the LMS files to the remote Windows server

• Create DSNs in the remote Windows server

This section explains:

• Copying LMS files to a Remote Windows Server

• Creating DSNs on Windows Systems

Copying LMS files to a Remote Windows Server

Before you access the database views from a remote Windows server, you must copy the following LMS files to a directory on the remote server:

If LMS is not installed on a Windows server, go to /opt/CSCOpx/RemoteDbAccess and extract the files from RemoteDbAccess.zip file.

• NMSROOT\lib\classpath\jconn2.jar

• NMSROOT\lib\classpath\jodbc.jar

• NMSROOT\objects\db\win32\dbodbc10.dll

• NMSROOT\objects\db\win32\dblgen10.dll

• NMSROOT\objects\db\win32\dbcon10.dll

If you use perl on the remote server to access the LMS database, ensure that you have installed the required Sybase-related perl modules such as DBI and DBD::ASAny.


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You can search for the perl modules DBI and DBD::ASAny in the URL http://www.cpan.org and download them to your remote server.

Creating DSNs on Windows Systems

To create DSNs and configure ODBC on Windows systems:

Step 1 Launch the Registry Editor on remote Windows server.

Step 2 On a Windows 32 bit server, navigate to HKEY_LOCAL_MACHINE\Software\ODBC\ODBCINST.INI\ODBC Drivers in the registry tree on the left.On a Windows 64 bit server, navigate to HKEY_LOCAL_MACHINE\SOFTWARE\Wow6432Node\ODBC\ODBCINST.INI\ODBC Drivers in the registry tree on the left.

Step 3 Click Edit > New > Key to create a new registry key.

Step 4 Rename the newly created registry key as Cisco Prime Embedded Database.

Step 5 Click Edit > New > Expandable String value to create an expandable string value for Cisco Prime Embedded Database key.

Step 6 Enter the name of the expandable string value that you have created as Driver and value data as Location_Name\dbodbc10.dll.

Location_Name denotes the folder name where you have stored the LMS files.

For example, if you have stored the LMS files in C:\dbaccess, the value data is C:\dbaccess\dbodbc10.dll.

Step 7 Click Edit > New > Expandable String value to create another expandable string value for LMS Embedded Database key.

Step 8 Enter the name of the expandable string value that you have created as Setup and value data as Location_Name\dbodbc10.dll.

Location_Name denotes the folder name where you have stored the LMS files.

For example, if you have stored the LMS files at C:\dbaccess, the value data is C:\dbaccess\dbodbc10.dll.

Step 9 On a Windows 32 bit server, navigate to HKEY_LOCAL_MACHINE\Software\ODBC\ODBCINST.INI\ODBC Drivers in the registry tree on the left.On a Windows 64 bit server, navigate to HKEY_LOCAL_MACHINE\SOFTWARE\Wow6432Node\ODBC\ODBCINST.INI\ODBC Drivers in the registry tree on the left.

Step 10 Click Edit > New > String value to create a string value for ODBC Drivers key.

Step 11 Enter the value name as Cisco Prime Embedded Database and value data as Installed.

Step 12 Click File > Exit to quit the Registry Editor.

Step 13 On a Windows 32 bit system, click Start > Settings > Control Panel > Administrative Tools > Data Sources (ODBC).On a Windows 64 bit system, go to the directory in which Windows is installed and navigate to SysWOW64 \ odbcad32.exe

The ODBC Data Source Administrator dialog box appears.

Step 14 Click the System DSN tab.

Step 15 Click the Add... button.


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The Create Data Source dialog box appears with the list of drivers for which you want to set up data sources.

Step 16 Select Cisco Prime Embedded Database and click Finish.

The ODBC Configuration for SQL Anywhere 10 dialog box appears.

Step 17 Enter the name of the data source to which you want to connect in the Data source name field.

For example, if you want to connect to the Common Services database, you must enter the data source name as cmf. See Application Data Source Names for details on dsn names to connect to the database.

Step 18 Enter a brief description of the data source in the Description field.

Step 19 Click the Login tab in the ODBC Configuration for SQL Anywhere 10 dialog box.

Step 20 Enter the username to connect to the database view in the User ID field.

The default normal database view username is lmsdatafeed. The default secure database view username is lmssecuredatafeed.

Step 21 Enter the password to connect to the database view in the Password field.

Step 22 Click the Database tab of the ODBC Configuration for SQL Anywhere 10 dialog box.

Step 23 Enter the name of the application database engine in the Server Name field.

See Application Database Engine Name Details for details of the application engine names to enter.

Step 24 Select the Stop database after last disconnect checkbox if you need to stop the database after the connections are removed.

Step 25 Click the Network tab.

Step 26 Enter HOST=Host_name;DOBROADCAST=NO;ServerPort=App_DB_Port in the TCP/IP field.

where,

• Host_name — Denotes the hostname or IP Address of the remote LMS Server to which you want to connect.

• App_DB_Port— Denotes the port number that is used to connect to the application database. See Application Database Names and Port Number Details for details on other port numbers that can be used.

For example, to connect to Common Services application in the LMS Server whose IP Address is 10.77.213.130, you must enter the following in the TCP/IP field.

HOST=10.77.213.130;DOBROADCAST=NO;ServerPort=43441

Step 27 Click OK to go back to Create DataSource Dialog box.

Step 28 Click OK to apply the changes.

Application Database Engine Name Details

The following table lists the data engine names of LMS applications whose database views are exposed:

Application Database Engine Name

Common Services cmfEng


aniEng

Inventory, Config and Image Management rmengEng

Fault Management (Fault History) dfmFhEng


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Prerequisites for Accessing Database Views on Solaris and Soft Appliance Systems

Before you access the database views on the LMS Server, from a remote Windows server, you must:

• Copy the LMS files to a remote Solaris and Soft Appliance servers

• Create DSNs on a remote Solaris and Soft Appliance servers

This section explains:

• Copying LMS files to a Remote Solaris and Soft Appliance Servers

• Creating DSNs on Solaris and Soft Appliance Systems


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Copying LMS files to a Remote Solaris and Soft Appliance Servers

Before you access the database views from a remote Solaris and Soft Appliance servers, you must copy the following LMS files to a directory on the remote server:

• NMSROOT/lib/classpath/jconn2.jar

• NMSROOT/lib/classpath/jodbc.jar

• NMSROOT/objects/db/lib32/libdbodbc10.so.1

• NMSROOT/objects/db/lib32/libdblib10.so.1

If you use perl on the remote server to access the LMS database, ensure that you have installed the required Sybase-related perl modules such as DBI and DBD::ASAny.

You can search for the perl modules DBI and DBD::ASAny in the URL http://www.cpan.org and download them to your remote server.

Creating DSNs on Solaris and Soft Appliance Systems

To create DSNs on Solaris and Soft Appliance systems:

Step 1 Create a configuration file .odbc.ini under the directory /opt.

Step 2 Add the following content to the .odbc.ini configuration file:

[Application Name]

EngineName=Name_of _the _Application_Engine

PWD=Password

CommLinks=tcpip{HOST=LMS_Server_Name;DOBROADCAST=NO;ServerPort=Application_Port_Number}

Driver=NMSRoot/objects/db/lib32/libdbodbc10.so.1

UID=Default_Database_View_User_Name

Description=Cisco Prime Embedded Database

where,

• LMS_Server_Name— Default LMS installation directory.

• Application Name — Name of the application database to which you want to connect.

• Name_of _the _Application_Engine — Name of the application engine. See Application Database Engine Name Details for details on the application engine names to enter.

• Password — Password used to connect to the database.

• LMS_Server_Name — Hostname or IP Address of the remote LMS Server to which you want to connect

• Application_Port_Number — Port number that is used to connect to the application database. See Application Database Names and Port Number Details for details of other port numbers to be used.

• Database_View_User_Name — Database view username. To connect as a normal database view user, the default username is lmsdatafeed. To connect as a secure database view user, the default username is lmssecuredatafeed.


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For example, to add the DSN for Common Services application in the LMS server whose IP Address is 10.77.213.130, you must add the following lines to /opt/.odbc.ini configuration file.

[cmf]

EngineName=cmfEng

PWD=cisco

CommLinks=tcpip{HOST=10.77.213.130;DOBROADCAST=NO;ServerPort=43441}

Driver=/opt/CSCOpx/objects/db/lib32/libdbodbc10.so.1

UID=lmsdatafeed

Description=Cisco Prime Embedded Database

You can add multiple DSNs for other LMS applications in the /opt/.odbc.ini file.

Step 3 Set the environmental variable ODBCINI to point to the /opt/.odbc.ini file by running the following command:

setenv ODBCINI /opt/.odbc.ini

Sample Code to Access Database From a Remote Server

After you have copied the required files from LMS Server to remote server and created DSNs, you can access the LMS database from a remote server.

See the following sections for the sample code to access the LMS database:

• Accessing Database Using Jconnect JDBC Access Method

• Accessing Database Using iAnyWhere JDBC Access Method

• Accessing Database Using ODBC Access Method

Importing Data into Microsoft Office Excel Using dbviewsTo import data into Microsoft Office Excel using DbViews

Step 1 Open a new worksheet in Microsoft Excel.

Step 2 Choose Data > Import External Data > New Database Query.

Step 3 Select the required DSN name.

Step 4 Select Views from Table Options.

Step 5 Click OK.

Step 6 Select the table from the list of tables annmsd columns and the columns required.

Step 7 Click Next.

Step 8 Filter the data to specify which rows to include in your query if required.

Step 9 Click Next.

Step 10 Specify how the data should be sorted if required.

Step 11 Click Next.

Step 12 Select Return to Microsoft Office Excel.

Step 13 Click Finish.


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Changing the Database Password

Step 14 Select the appropriate range in the Excel worksheet to import the data.

Step 15 Click Ok.

For importing data into Microsoft Excel from a remote server:

Step 1 Copy the following LMS directories to your local system:

• NMSROOT/objects/db/charsets

• NMSROOT/objects/db/java

• NMSROOT/objects/db/scripts

• NMSROOT/objects/db/win32

Step 2 Create a new DSN for exporting data to Microsoft Office Excel. See Creating DSNs on Windows Systems

Step 3 Click the Login tab in the ODBC Configuration for SQL Anywhere 10 dialog box.

Step 4 Enter the username to connect to the database view in the User ID field.

The default normal database view username is lmsdatafeed. The default secure database view username is lmssecuredatafeed.

Step 5 Enter the password to connect to the database view in the Password field.

Step 6 Click the Database tab of the ODBC Configuration for SQL Anywhere 10 dialog box.

Step 7 Go to Step 3 of the previous section and continue till Step 9

Changing the Database PasswordWhile installing LMS, the installer prompts you to enter the database password. If you do not enter the password, LMS generates the password at random.

However, we recommend that you change the password periodically to ensure system security.

You must use the dbpasswd.pl utility to change the database password.

Caution You need to shut down LMS, change the password and then restart LMS, for the changes to take effect. Make sure you are not running any critical tasks. Otherwise, you might lose data.

This section explains the following:

• Changing Password on Solaris and Soft Appliance

• Changing Password on Windows

• Formats Available for Changing the Database Password


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Changing Password on Solaris and Soft ApplianceTo change the password on Solaris and Soft Appliance:

Step 1 Log in as the superuser, and enter the root password.

Step 2 Stop all processes by entering:

/etc/init.d/dmgtd stop

Step 3 Change to the installation directory by entering:

cd NMSROOT/bin

NMSROOT is your default LMS installation directory.

Step 4 Enter the following command to list the different formats available for changing the database password:

NMSROOT/bin/perl dbpasswd.pl

Step 5 When prompted, enter the new password and verify it by re-entering it.

The password can contain a maximum of 30 characters.

Step 6 Start all processes by entering:

/etc/init.d/dmgtd start

Changing Password on WindowsTo change the password on Windows:

Step 1 At the command line, make sure you have the correct permissions.

Step 2 Stop all processes by entering:

net stop crmdmgtd

Step 3 Change to the Installation Directory by entering:

cd NMSROOT\bin

NMSROOT is your default LMS installation directory.

Step 4 Enter the following command to list the different formats available for changing the database password:

NMSROOT\bin\perl dbpasswd.pl

Step 5 When prompted, enter the new password and verify it by re-entering it.

The password can contain a maximum of 30 characters.

Step 6 Start all processes by entering:

net start crmdmgtd


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Formats Available for Changing the Database PasswordThe different formats available and the commands for changing the database passwords on Windows and Solaris and Soft Appliance platform are tabulated below:

Format Command

Format 1 detects the available datasource names and databases and prompts you to enter and confirm the passwords for each of them.

It also allows you to encrypt the password.

On Solaris and Soft Appliance:

NMSROOT/bin/perl dbpasswd.pl all

On Windows:

NMSROOT\bin\perl dbpasswd.pl all

Format 2 allows you to list all the databases and datasource names (DSNs) available in the server.


NMSROOT/bin/perl dbpasswd.pl listdsn

On Windows:

NMSROOT\bin\perl dbpasswd.pl listdsn

Format 3 allows you to change the database password.


NMSROOT/bin/perl dbpasswd.pl dsn=odbc_datasource

On Windows:

NMSROOT\bin\perl dbpasswd.pl dsn=odbc_datasource

Format 4 allows you to change the database password for a specific DSN.

It also allows you to enter a new password in the command line using the npwd option.


NMSROOT/bin/perl dbpasswd.pl dsn=dsn-name npwd=new-password

On Windows:

NMSROOT\bin\perl dbpasswd.pl dsn=dsn-name npwd=new-password

Format 5 allows you to encrypt the existing database password.


NMSROOT/bin/perl dbpasswd.pl dsn=dsn-name encyption=yes

On Windows:

NMSROOT\bin\perl dbpasswd.pl dsn=dsn-name encyption=yes

Format 6 allows you to change the database password for a specific DSN.

Format 6.0 also:

• Allows you to enter a new password in the command line using the npwd option.

• Allows you to encrypt the password using the encryption option.


NMSROOT/bin/perl dbpasswd.pl dsn=dsn-name npwd=new-password encryption=yes

On Windows:

NMSROOT\bin\perl dbpasswd.pl dsn=dsn-name npwd=new-password encryption=yes


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Exposed Database Views and Tables

Exposed Database Views and TablesTable 1 lists the database views or tables that are exposed in LMS applications.

Table 1 Exposed Database Views and Tables

LMS Application Name of Views or Tables

Common Services (CS) Views Network_Devices

Job_Details

Network Topology, Layer 2 Services and User Tracking Views

End_Hosts

UT_History

VTPDomainPorts

Fault Management Views Fault_Alert_History

Fault_Event_History

Fault_Event_Details

Inventory, Config and Image Management Views

Device_Inventory

Module_Inventory

Port_Inventory

Processor_Inventory

Memory_Inventory

Device_Credential_Status

Device_Inventory_Collection_Status

Device_Config_Archive_Status

Change_Audit_History

Syslog_Today

Syslog_Lastday

Device_EnergyWise

Port_EnergyWise

EnergyWise_Domain


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IPSLA Performance Management (Tables)

Source (Source Table)

Target (Target Table)

IPMDevice (IPM Device Table)

Operation (Operation Table)

IPEchoOper (IPEcho Sub-Operation Table)

UDPEchoOper (UDP Echo Sub-Operation Table)

PathEchoOper (PathEcho Sub-Operation Table)

jitter_oper (Jitter Sub-Operation Table)

ICMPJitterOper (ICMP Jitter Sub-Operation Table)

RTPOper (RTP Sub-Operation Table)

ethernet_oper (Ethernet Sub-Operation Table)

http_oper (HTTP Operation Table)

dns_oper (DNS Operation Table)

ftp_oper (FTP Operation Table)

dhcp_oper (DHCP Operation Table)

DLSwOper (DLSw Operation Table)

PostDialDelayOper (Post Dial Delay Operation Table)

tcpconnect_oper (TcpConnect Operation Table)

ReactTable (React Table)

Collector (Collector Table)

VrfList (VRF List Table)

outage_details (Outage Details Table)

completed_outages (Completed Outage Table)

Collector_Schedule (Collector Schedule Table)

Latency_Minute_Stats (Latency Minute Statistics Table)

Availability_Latency_Hourly_Stats (Availability Latency Hourly Statistics Table)

Availability_Latency_Daily_Stats (Availability Latency Daily Statistics Table)

Availability_Latency_Weekly_Stats (Availability Latency Weekly Statistics Table0

Availability_Latency_Monthly_Stats (Availability Latency Monthly Statistics Table)

Jitter_Minute_Stats (Jitter Minute Statistics Table)

Jitter_Hourly_Stats (Jitter Hourly Statistics Table)

Jitter_Daily_Stats (Jitter Daily Statistics Table)

Jitter_Weekly_Stats (Jitter Weekly Statistics Table)

Table 1 Exposed Database Views and Tables (continued)



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(continued)

Jitter_Monthly_Stats (Jitter Monthly Statistics Table)

ICMP_Jitter_Minute_Stats (ICMP Jitter Minute Statistics Table)

ICMP_Jitter_Hourly_Stats (ICMP Jitter Hourly Statistics Table)

ICMP_Jitter_Daily_Stats (ICMP Jitter Daily Statistics Table)

ICMP_Jitter_Weekly_Stats (ICMP Jitter Weekly Statistics Table)

ICMP_Jitter_Monthly_Stats (ICMP Jitter Monthly Statistics Table)

Ethernet_Jitter_Minute_Stats (Ethernet Jitter Minute Statistics Table)

Ethernet_Jitter_Hourly_Stats (Ethernet Jitter Hourly Statistics Table)

Ethernet_Jitter_Daily_Stats (Ethernet Jitter Daily Statistics Table)

Ethernet_Jitter_Weekly_Stats (Ethernet Jitter Weekly Statistics Table)

Ethernet_Jitter_Monthly_Stats (Ethernet Jitter Monthly Statistics Table)

Http_Minute_Stats (HTTP Minute Statistics Table)

Http_Hourly_Stats (HTTP Hourly Statistics Table)

Http_Daily_Stats (HTTP Daily Statistics Table)

Http_Weekly_Stats (HTTP Weekly Statistics Table)

Http_Monthly_Stats (HTTP Monthly Statistics Table)

PATHECHO_Hourly_Stats (Pathecho Hourly Statistics Table)

PATHECHO_Daily_Stats (Pathecho Daily Statistics Table)

PATHECHO_Weekly_Stats (Pathecho Weekly Statistics Table)

PATHECHO_Monthly_Stats (Pathecho Monthly Statistics Table)

RTP_Minute_Stats (RTP Minute Statistics Table)

RTP_Hourly_Stats (RTP Hourly Statistics Table)

RTP_Daily_Stats (RTP Daily Statistics Table)

RTP_Weekly_Stats (RTP Weekly Statistics Table )

RTP_Monthly_Stats (RTP Monthly Statistics Table)

video_oper (Video Operations Table)

Video_Minute_Stats (Video Minute Statistics Table)




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Schema of Exposed Database Views

Schema of Exposed Database ViewsThis section explains the exposed tables, the fields in each table, the type of fields and a brief description about each field.

Note The column names in the exposed database views are case insensitive.

Schema of Exposed Database Views contains the details of the following views:

• Network_Devices View Details

• Job_Details View Details

• End_Hosts View Details

• UT_History View Details

• VTPDomainPorts View Details

• Device_Inventory View Details

• Module_Inventory View Details

• Port_Inventory View Details

• Processor_Inventory View Details

• Memory_Inventory View Details

• Device_Credential_Status View Details

• Device_Inventory_Collection_Status View Details

• Device_Config_Archive_Status View Details

• Change_Audit_History View Details

• Syslog_Today or Syslog_Lastday View Details

• Device_EnergyWise View Details

• Port_EnergyWise View Details

• EnergyWise_Domain View Details

• Fault_Event_History View Details

• Fault_Event_Details View Details


(continued)

Video_Hourly_Stats (Video Hourly Statistics Table

Video_Daily_Stats (Video Daily Statistics Table)

Video_Weekly_Stats (Video Weekly Statistics Table)

Video_Monthly_Stats (Video Monthly Statistics Table)




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Network_Devices View DetailsNetwork_Devices view displays the network devices information, as explained in Table 2.

Job_Details View DetailsJob_Details view displays the Job details information, as explained in Table 3.

Table 2 Network_Devices Schema Details

Column Name Column Type Constraints Column Description

Device_Id integer PRIMARY DCR Device ID. Unique Identifier for the device

Device_Display_Name varchar(128) Not Null Device Display Name

Management_Ip_Address varchar(128) Null Management IP Address of the device

Host_Name varchar(128) Null Hostname of the device

Domain_Name varchar(128) Null Domain Name of the device

sysObjectID varchar(128) Null SysObjectId of the device

Device_Category varchar(512) Null Device category

Device_Series varchar(512) Null Device Series name

Device_Model varchar(512) Null Device Model name

UDF0-15 varchar(128) Null A maximum of 16 user-defined fields are allowed.

The first field name is UDF$FieldNumber

For example, UDF0.

Table 3 Job_Details Schema Details


Job_Id integer PRIMARY

Job_Id, and Job_Instance_Id columns form a Primary key.

Job ID

Job_Instance_Id integer PRIMARY

Job_Id, and Job_Instance_Id columns form a Primary key.

Job Instance ID

Job_Type varchar(256) Not null Type of job

Job_Description varchar(1024) Null Job description entered by user or application


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Job_Sch_Type integer Not null Frequency of the job.

Options include:

• Run immediately

• Run once

• Run on a calendar basis (periodic)

• Run on a time-start basis

• Run on a time-stop basis

The integer values are:

• 0 — Never Ran

• 1 — Immediate

• 2 — Run Once

• 257 — Day of Every Month

• 258 — Day of Every Week

• 259 — Every N-th Day

• 260 — Last week day (Sunday, Monday, or so on) of every N-th month

• 261 — Same week day (Sunday, Monday, or so on) of every N-th month

• 262 — the Last day of month every N-th month

• 263 — Weekdays (Sun,Mon,..Sat)

• 513 — Every N-Seconds (Start time based)

• 514 — Every N-Mins (Start time based)

• 515 — Every N-Hours (Start time based)

• 769 — Every N-Seconds (End time based)

• 770 — Every N-Mins (End time based)

• 771— Every N-Hours (End time based)

Table 3 Job_Details Schema Details (continued)


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Job_Run_State integer Not null Describes the current state or the result of the last run of the job.


• 0 — Scheduled (Never Ran), Missed start, Suspended, Rejected

• 1 — Running

• 2 — Succeeded

• 3 — Succeeded with info

• 4 —Failed

• 5 — Crashed

• 6 — Failed at Start

• 7 — Cancelled

• 8 — Cancelled (for Instances)

• 9 — Cancelling (Job cancellation in progress)

Job_Sch_State integer Not null Determines whether the job can be scheduled to run. This is based on whether it is enabled, requires approval, or has already been approved.


• 0 — Waiting

• 1 — Requires Approval

• 2 — Enabled

• 4 — Approved

• 8 — Rejected

Job_Start_Time timestamp Null Job Start Time

Job_End_Time timestamp Null Job End Time

Job_Owner varchar(32) Null Owner of the Job

Job_Approver varchar(32) Null User who approved the job.

Value is blank if there is no approver.

Job_Progress varchar(1024) Null Job Progress String.

Table 3 Job_Details Schema Details (continued)


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End_Hosts View DetailsThe End_Hosts view displays the end host details, as explained in Table 4.

Table 4 End_Hosts Schema Details


HostName varchar(64) Null Name of the end host

UserName varchar(64) Null Logged in username

IPAddress varchar(15) Null IP address of the end host

SubnetMask varchar(15) Null Subnet mask of the device to which end host is connected

MACAddress varchar(17) Null MAC address of the end host

DeviceName varchar(64) Null Device name (Host Name) to which the end host is connected

Device varchar(15) Null Device IP address to which the end host is connected

LastSeen varchar(32) Null Time at which end host is last seen

Port varchar(32) Null Name of the port to which the end host is connected

VLAN varchar(32) Null VLAN name.

Example: VLAN100

Subnet varchar(15) Null Subnet of the device to which the end host is connected

Notes varchar(255) Null Notes entered by the user

PrefixLength integer Null Subnet prefix length

PortDuplex varchar(32) Null Mode of the port to which end host is connected

VTPDomain varchar(32) Null VTP Domain Name of the device to which the end host is connected.

VlanId integer Null VLAN ID

Example: 100

PortName varchar(255) Null Port Description entered by the user

IPv6Address varchar(150) Null IPV6 address, if configured

dot1xEnabled varchar(15) Null dot1x enabled status.

The value could be True or False.

associatedRouters varchar(250) Null Comma separated list of routers in the subnet


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UT_History View DetailsThe UT_History view displays the user tracking history details, as explained in Table 5.

VTPDomainPorts View DetailsThe VTPDomainPorts view displays the end host details, as explained in Table 6.

Table 5 UT_History Schema Details


UserName varchar(30) Null Logged in username

MACAddress bigint Null MAC address of the end host

iLogin varchar(32) Null Date and time when the user logged in

iLogout varchar(32) Null Date and time when the user logged out

Table 6 VTPDomainPorts Schema Details


isLink char Not Null True - Configured as Link Port

False - Not configured as Link Port

PortDescription varchar(255) Null Description of the port. It could be the CDP Name or Interface alias name

PortName varchar(254) Null Name of the port

Device Name varchar(64) Null Name of the device to which the port belongs to

Device IPAddress varchar(40) Null Management IP address of the device

PortStatus char Not Null Up - Port is operationally up and administratively up

Down - Port is down either operationally or administratively or both

isTrunk char Not Null True - Configured as Trunk Port

False - Not configured as Trunk Port

Vlan varchar(128) Null VLAN name associated with port.

Assosiation Type char Not Null Comma separated list of routers in the subnet.

The Association type could be:

• Secondary

• Auxiliary

• Native

• Unknown


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Device_Inventory View DetailsThis view displays the device inventory information as explained in Table 7.

Module_Inventory View DetailsThis view displays the module inventory information as explained in Table 8.

Port Mode char Not Null The port mode could be:

• Non-PVLAN

• PVLAN Host

• PVLAN Trunk

• Promiscuous

• Unknown

Domain varchar(64) Null Management Domain name.

dbId integer Primary DCR Device ID. Unique Identifier for the device.

Table 6 VTPDomainPorts Schema Details (continued)

Table 7 Device Inventory Schema Details


Device_Id integer Not null DCR Device ID

Device_Display_Name varchar(128) Not null Device Display Name

Device_Description varchar(255) Null Description of the device

Device_Location varchar(255) Null Sys Location

Device_Contact varchar(255) Null Sys Contact

Device_SW_Version varchar(64) Null Device Software Version

User_Defined_Serial_Number varchar(255) Null User-defined serial number

Table 8 Module_Inventory Schema Details




Module_Name varchar(255) Null Module

Vendor_Type varchar(255) Null Module Vendor Type

SW_Version varchar(255) Null Software version of the module

FW_Version varchar(255) Null Firmware version of the module

Slot_Number integer Null Slot Number of this module

Oper_Status smallint Null Operation Status

Admin_Status smallint Null Administrative status


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Port_Inventory View DetailsThis view displays the physical port inventory information from Configuration, Inventory, and Software Management, as explained in Table 9.

Table 9 Port_Inventory Schema Details




Port_Name varchar(255) Null Name of Port from ifName

Port_Desc varchar(1024) Null Port description from ifDescr

Port_Type smallint Null Port type.

Enumeration from IANAifType MIB

Port_Admin_Status smallint Null Port Administrative status

Port_Oper_Status smallint Null Port Operation status

Port_Speed float Null Port Speed in bits per second

Port_Duplex_Mode varchar(15) Null Port Duplex Mode

Is_Link_Port smallint Null 0 — Configured as Link port

1— Not configured as Link port

Is_Access_Port smallint Null 0 — Configured as Access port

1— Not configured as Access port

Is_Trunk_Port smallint Null 0 — Configured as Non-Trunk port

1 — Configured as Trunk port

Is_Port_Channel smallint Null 0 — Channels are not configured

1 — Channels are configured

Vlan_Name varchar(36) Null VLAN Name.

Example: VLAN100

VlanId integer Null VLAN ID.

Example: 100d

VTPDomain varchar(64) Null VTP Domain configured

Neighbour_Type varchar(36) Null Neighbour Type.

Examples: Device, EndHost, Phone


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Processor_Inventory View DetailsThis view displays the processor inventory information as explained in Table 10.

Memory_Inventory View DetailsThe Memory_Inventory view displays the processor memory information., as explained in Table 11.

Device_Credential_Status View DetailsThe Device_Credential_Status view displays the end host details, as explained in Table 12.

This is used to store the device credential check information. This information is available only if the CDA reports have been run.

Table 10 Processor_Inventory Schema Details


Device_Id Integer Not null DCR Device ID


Processor_model_name varchar(255) Null Processor Model Name, if available

Processor_module_description varchar(255) Null Module description

Processor_vendor_type varchar(255) Null Vendor equipment type of processor

Processor_manufacturer varchar(255) Null Manufacturer, if available

serialnumber varchar(255) Null Serial Number, if available

Table 11 Memory_Inventory Schema Details


Device_Id Integer Not null DCR Device ID


Processor_Memory numeric(29,9) Null Processor memory.

This is in Mega Bytes (MB).

Table 12 Device_Credential_Status Schema Details


Device_Id integer PRIMARY DCR Device ID



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Credential_Type smallint Not null Credential Type.

The types could be:

• SNMP Read Write community

• SNMP Read Only

• SNMPv3

• Telnet

• Telnet Enable mode

• SSH

• SSH Enable mode

Credential_Type_Description varchar(64) Not null Description of the credentials mentioned in the Credential_Type column description.

Credential_Status smallint Not null Credential Check Status.

The integer values could be:

• 1 — OK

• 12 — Cannot test RW without RO

• 11 — OK (Primary Failed, Secondary Successful)

• 10 — OK (Primary Successful)

• 9 — Not implemented yet

• 8 — Failed (Because of wrong credentials)

• 7 — Not supported

• 6 — No Value to Test

• 5 — Did Not Try

• 4 — No Data Yet

• 3— Incorrect (unable to test the credentials because of connection failure)

• 2— No authentication configured

Cred_Status_Description varchar(64) Not null Description of the credential check status.

Cred_Status_Reason varchar(1024) Null Reason for success or failure.

Status_Update_Time varchar(60) Null Time (in milliseconds) at which the credentials are verified and updated.

Table 12 Device_Credential_Status Schema Details (continued)


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Device_Inventory_Collection_Status View DetailsThe Device_Inventory_Collection_Status view displays the Inventory collection status details, as explained in Table 13.

Device_Config_Archive_Status View DetailsThe Device_Config_Archive_Status view displays the Config Archive status details, as explained in Table 14.

Table 13 Device_Inventory_Collection_Status Schema Details


Device_Id integer PRIMARY DCR Device ID


Inventory_Collection_Status integer Null Inventory Collection Status

• 1— Success

• 2— Failed

Failure_Reason varchar(255) Null Reason for inventory connection failure.

Value is blank if the connection did not fail.

Inventory_Updated_At timestamp Null Time when the inventory is last updated

Table 14 Device_Config_Archive_Status Schema Details


Device_Id integer Not Null

Device_Id, Config_ Type and Config_File_Type columns form a Primary key.

DCR Device ID


Config_Type integer Not Null



• 1 — Primary

• 2 — VLAN

• 3 — Secondary

Config_File_Type integer Not Null



• 1 - STARTUP

• 2 - RUNNING


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Change_Audit_History View DetailsThe Change_Audit_History view displays the Change Audit History details, as explained in Table 15.

Archive_Status integer Null Status of the Configuration archive.


• 1 — Success

• 2 — Failure

• 3 — Partially Successful

Archive_Updated_At timestamp Null Time when the Config is last updated

Table 14 Device_Config_Archive_Status Schema Details (continued)

Table 15 Change_Audit_History Schema Details




Created_At timestamp Null Date and time when the application communicated the network change or when Change Audit module received the change record.

User_Name varchar(64) Null User who made the configuration change or discovered that there is a configuration change

App_Name varchar(64) Null Application that discovered the configuration change.

Archive Mgmt, ConfigEditor, CwConfig, ICServer, NetConfig, Software Management are the possible values for application names.

Host_Name varchar(64) Null Host name of the machine from which the user accessed the device or the host name of the LMS server.

The host name can contain the IP Address if the address does not resolve to a name.

The ICServer application enters the host name and the Config Archive application enters the IP Address of the server

Conn_Mode varchar(255) Null Connection mode through which the change was made.

SNMP, TFTP, TELNET, and CONSOLE are the possible values for connection modes


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Syslog_Today or Syslog_Lastday View DetailsThe Syslog_Today or Syslog_Lastday view displays the Syslog details as explained in Table 16.

These views are created everyday to reflect the current day and the previous day’s Syslog details.

Description varchar(1024) Null Change Audit description that explains which process has changed the configuration.

Category varchar(64) Null Type of change.

The values for this column could be:

• CONFIG_CHANGE

• INVENTORY_CHANGE

• SOFTWARE_CHANGE

Table 15 Change_Audit_History Schema Details (continued)

Table 16 Syslog Schema Details



Syslog_Message_Id bigint PRIMARY Primary key

Syslog_Device_Id bigint Null DCR device ID

Syslog_Device_Name varchar(255) Not null The IP Address of the interface through which the syslog was sent.

Syslog_TimeStamp timestamp Null Date and time the message was logged. This timestamp is provided by the device.

Syslog Analyzer provides a timestamp if the device does not provide one.

Syslog_Facility char(48) Null Facility can be a hardware device, a protocol, or a module of the system software.

For example, SYS.

See the System Error Messages section in the Cisco IOS reference manual for a predefined list of facility codes.

Syslog_SubFacility char(48) Null Facility in the device that generated the Syslog message.

In most cases, this is blank.

For example, SYS-5-CONFIG I.

Syslog_Severity char(1) Null Message severity level.

The level varies from informational (6) to emergency (0).


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Device_EnergyWise View DetailsThe Device_EnergyWise view details displays the EnergyWise details of a device as explained in Table 17.

Syslog_Mnemonic char(48) Null Code that uniquely identifies the error message.

Older Catalyst messages do not display a mnemonic.

An example of a mnemonic for an IOS message is CONFIG I.

Syslog_Description varchar(512) Null Syslog message description

Syslog_Category char(1) Null Syslog category

Table 16 Syslog Schema Details (continued)

Table 17 Device_EnergyWise Schema Details


Device_ID integer PRIMARY DCR Device ID. Unique Identifier for the device.

Device_Display_Name varchar(128) Not Null Device Display Name.

DomainName varchar(255) Null Name of the EnergyWise domain consisting EnergyWise-enabled devices and endpoints.

Keyword varchar(255) Null Word that helps you identify a specific device or group of devices.

Role varchar(255) Null Role or function of the device in the EnergyWise domain.

Importance smallint Null Value of EnergyWise Importance of the endpoint.

This value differentiates the endpoints in a domain based on their power usage. For example, a desk phone has a lower importance than a business-critical emergency phone.

Value can be within the range of 1 to 100.

EnergyWiseState smallint Null EnergyWise status of the device.

0 — Software Incapable

1 — Disabled

2 — Enabled

MinSupportedOS varchar(50) Null Minimum supported software for the device.


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Port_EnergyWise View DetailsThe Port_EnergyWise viewdetails displays the EnergyWise details of a port as explained in Table 18.

EnergyWise_Domain View DetailsThe EnergyWise_Domain view details displays the EnergyWise domain details as explained in Table 19.

Note You can access EnergyWise_Domain view only when you connect the database as a secure database view user.

Table 18 Port_EnergyWise Schema Details




Portname varchar(255) Null Port to which the endpoint is connected.

Keyword varchar(255) Null Word that helps you identify a specific device or group of devices.

Role varchar(255) Null Role or function of the device in the EnergyWise domain.

Importance smallint Null Value of EnergyWise Importance of the endpoint.

This value differentiates the endpoints in a domain based on their power usage. For example, a desk phone has a lower importance than a business-critical emergency phone.

Value can be within the range of 1 to 100.

Table 19 EnergyWise_Domain Schema Details




Device_IPAddress varchar(128) Null Management IP Address of the device.

Hostname varchar(128) Null Hostname of the device.

Domain varchar(255) Null Name of the EnergyWise domain consisting EnergyWise-enabled devices and endpoints.

Domain_Secret varchar(255) Null Secret used by the EnergyWise protocol to enable communication between devices within the domain.

Management_Secret varchar(255) Null Secret used by the LMS server to collect data from the devices in the domain.


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Fault_Event_History View DetailsThe Fault_Event_History view displays the fault event history details as explained in Table 20.

Event List contains the list of events for an alert.

Endpoint_Secret varchar(255) Null Secret used by EnergyWise protocol to communicate with the endpoint devices in the domain.

NTP_Secret varchar(255) Null Secret used by the EnergyWise protocol to enable communication between devices in the domain.

Port bigint Null Port to which the endpoint is connected.

Table 19 EnergyWise_Domain Schema Details (continued)

Table 20 Fault_Event_History Schema Details


Device_Name varchar(255) Null Device name or IP address.

Event_Id bigint Not null Event identifier number.

Alert_Id bigint Not null Alert identifier number

Event_Name varchar(255) Null Event name.

See the Online help for the Event Monitor processed by LMS.

Event_Status varchar(16) Null Event status, based on last polling.

The status could be:

• Active — Event is live.

• Cleared — Event is no longer live.

Events on suspended devices are moved to Cleared, but the alert remains active.

• Suspended — Device is suspended.

• Resumed — Device is being resumed.

• Deleted — Device has been deleted

Component_Name varchar(255) Null Device element on which the event occurred.

Event_Update_Time bigint Null Time at which the event occurred.

The time is the number of seconds elapsed from Jan 1 1970


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IPSLA Database Schema

Fault_Event_Details View DetailsThe Fault_Event_History view displays the fault event details as explained in Table 21.

Event Details contains the properties and details of the event. Each event may have multiple properties and the number of properties is dependent on the event type. So each property is represented as one row.

For example, if the event has five properties, there will be five rows for that event.

IPSLA Database SchemaThe IPM database schema defines the tables, fields in each table and the relationships between fields and tables.

The IPM database schema details are updated after installing the application and launching the same. You do not need to run the dbaccess.pl utility to see the schema details.

This section contains:

• Connecting to IPSLA Database

• Schema of IPSLA Database Tables

Connecting to IPSLA DatabaseTo connect to the IPSLA database, you may have to enter the following information:

• Username — DBA

• Database password — You must enter the database password that you have provided while installing LMS

To change the database password, see the Changing the Database Password section.

• Database name — ipm

• Database source name — ipm

• Database engine name — ipmEng

Schema of IPSLA Database TablesThis chapter contains the following tables:

• Source Table

• Target Table

• IPMDevice Table

• Operation Table

Table 21 Fault_Event_History Schema Details


Event_Id bigint Not null Event identifier number

Event_Property_Name varchar(32) Null Name of the property

Event_Property_Value varchar(255) Null Property value


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• IPEchoOper Table

• UDPEchoOper Table

• PathEchoOper Table

• jitter_oper Table

• ICMPJitterOper Table

• RTPOper Table

• ethernet_oper Table

• http_oper Table

• dns_oper Table

• ftp_oper Table

• dhcp_oper Table

• DLSwOper Table

• PostDialDelayOper Table

• tcpconnect_oper Table

• React Table

• Collector Table

• User Stopped Collector Table

• VrfList Table

• outage_details Table

• completed_outages Table

• Collector _Schedule Table

• Latency_Minute_Stats Table

• Availability_Latency_Hourly_Stats Table

• Availability_Latency_Daily_Stats Table

• Availability_Latency_Weekly_Stats Table

• Availability_Latency_Monthly_Stats Table

• Jitter_Minute_Stats Table

• Jitter_Hourly_Stats Table

• Jitter_Daily_Stats Table

• Jitter_Weekly_Stats Table

• Jitter_Monthly_Stats Table

• ICMP_Jitter_Minute_Stats Table

• ICMP_Jitter_Hourly_Stats Table

• ICMP_Jitter_Daily_Stats Table

• ICMP_Jitter_Weekly_Stats Table

• ICMP_Jitter_Monthly_Stats Table

• Ethernet_Jitter_Minute_Stats Table

• Ethernet_Jitter_Hourly_Stats Table


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• Ethernet_Jitter_Daily_Stats Table

• Ethernet_Jitter_Weekly_Stats Table

• Ethernet_Jitter_Monthly_Stats Table

• Http_Minute_Stats Table

• Http_Hourly_Stats Table

• Http_Daily_Stats Table

• Http_Weekly_Stats Table

• Http_Monthly_Stats Table

• PATHECHO_Hourly_Stats Table

• PATHECHO_Daily_Stats Table

• PATHECHO_Weekly_Stats Table

• PATHECHO_Monthly_Stats Table

• RTP_Minute_Stats Table

• RTP_Hourly_Stats Table

• RTP_Daily_Stats Table

• RTP_Weekly _Stats Table

• RTP_Monthly_Stats Table

• video_oper Table

• Video_Minute_Stats Table

• Video_Hourly_Stats Table

• Video_Daily_Stats Table

• Video_Weekly_Stats Table

• Video_Monthly_Stats Table

Source Table

The Source table is given in Table 22.

Table 22 Source Table

Column Name Type Constraints Description

DeviceID Bigint IDENTITY,

primary key

Unique identifier

IOSVersion Varchar(64) Null Version of IOS

MaxColl Integer Null Estimated System.

The maximum number of entries in the router.


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Note Source Table (table name ‘Source’) contains all necessary information about a source router. A unique device ID is assigned to each source router. This device ID acts as the Primary Key of the table.

Target Table

The Target table is given in Table 23.

Target Table (table name Target) contains all information about a target. This target could be an SAA router, IPSLA responder enabled device, or an adhoc device. A unique device ID is assigned to each target in the table. This device ID acts as the Primary Key of the table.

LastTimeSet Timestamp Null The last time at which a set operation occurred on any of the objects in this MIB.

See MIB object:

rttMonApplTimeOfLastSet

DisplayName Varchar(255) Null Display name of the device

IPSLAVersion Varchar(16) Null See MIB object:

rttMonApplVersion

MIB type: DisplayString

Round Trip Time monitoring application version string

CollCount Integer Null Estimated number of configurable operations in the router.

See MIB object:

rttMonApplProbeCapacity

LastRebootTime timestamp Not null Last reboot time of the source device

Table 22 Source Table (continued)

Table 23 Target Table


DeviceID Bigint IDENTITY, Primary key

Unique identifier

DisplayName Varchar(255) Null Display name of the device

DeviceType Integer Null Type of target

• 0 = ip target

• 1 = responder enabled

• 2 = adhoc device


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IPMDevice Table

The IPM Device Table is given in Table 24.

Operation Table

Details of Operation Table is given in Table 25.

Table 24 IPMDevice Table


DeviceID Bigint IDENTITY, Primary key

Unique identifier

DCRID Varchar(255) Null Device ID from the DCR table

snmptimeout Bigint Null Duration for which a system should wait for a device to respond before the system retries to access the device.

The SNMP timeout values are displayed in milliseconds.

The default value is 2.The minimum value is 0. There is no maximum value.

snmpretry Bigint Null Number of times the system retries to access devices using SNMP options.

The default value is 3. The minimum value is 0. The maximum value is 6.

Table 25 Operation Table


OperationID Bigint IDENTITY,

primary key

Unique identifier

CreationFlag Integer Not Null Flag 0 – system defined operations

Flag 1 – user defined operations

Operation Name Varchar(127) Not Null Unique operation name

Owner Varchar(64) Null See MIB object:

rttMonCtrlAdminOwner

MIB type:

OwnerString

Owner of the Operation

Descr Varchar(255) Null Description


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RTTType Integer Null See MIB object:

rttMonCtrlAdminRttType

MIB type:

RttMonRttType

Default Value:

{echo}

Specifies the type of RTT operation to be performed:

1 = echo

2 = pathEcho

5 = udpEcho

6 = tcpConnect

7 = http

8 = dns

9 = jitter

10 = dlsw

11 = dhcp

12 = ftp

14 = RTP

16 = icmpjitter

18 = VoipCallSetupPostDialDelay

19 = VoipGKRegDelay

1019-Ethernetping

1020-Ethernetjitter

1119-EthernetPingAutoIPSLA

1120-EthernetPingAutoIPSLA

Frequency Integer Null See MIB object:

rttMonCtrlAdminFrequency

MIB type:

Integer32(0..604800)

The frequency values are displayed in seconds.

Default Value:

{ 60 }

Duration between initiating RTT

requests

Table 25 Operation Table (continued)


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Operation Table (table name ‘Operation’) contains general parameters for an operation, such as frequency, rtt type, and threshold type.

For parameters associated with a specific type of operation, check the detailed sub-operation table for the specific type of operation.

A unique Operation ID is also assigned to each operation in the table. This Operation ID acts as the Primary Key of the table.

timeout Integer Null See MIB object:

rttMonCtrlAdminTimeout

MIB type:

Integer32(0..604800000)

Default Value:

{ 5000 }

Duration to wait for an RTT response

adminThreshold Integer Not Null Threshold range in milli seconds

verifydata smallint Not Null See MIB object:

rttMonCtrlAdminVerifyData

Default Value : false

Table 25 Operation Table (continued)


OL-25951-01


IPEchoOper Table

The IPEchoOper table details is explained in Table 26

Table 26 IPEchoOper Table


OperationID Bigint Not Null Reference to operation(ID)

DataReqSize Integer Not Null See MIB object:

rttMonEchoAdminPktDataRequestSize

MIB type:

Integer32(0..16384)

Default Value:

{1}

Number of octets to include in the request data.

TypeOfService Integer Not Null See MIB object:

rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}

The type of service octet in an IP header


OL-25951-01


UDPEchoOper Table

The UDPEchoOper table is given in Table 27.

Table 27 UDPEchoOper Table




rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


ReqPayload Integer Not Null See MIB object


MIB type

Integer32(0..16384)

Default Value

{1}

Number of OCTETS to include in the request data.

TargetPort Integer Not Null See MIB object:

rttMonEchoAdminTargetPort

MIB type:

Integer32(0..65536)

Default Value:

{0}

The target’s port number.


OL-25951-01


PathEchoOper Table

The PathEchoOper table is given in Table 28.

Table 28 PathEchoOper Table



TypeOfService Integer Null See MIB object:

rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


DataReqSize Integer Null See MIB object:


MIB type:

Integer32(0..16384)

Default Value:

{1}

Number of OCTETS to include in the request data

MaximumPaths Integer Null See MIB object:

rttMonStatisticsAdminNumPaths

MIB type:

Integer32(1..128)

Default Value:

{ 5 }

Maximum number of statistics route buckets to keep


OL-25951-01


jitter_oper Table

The jitter_oper table is given in Table 29.

MaximumHops Integer Null See MIB object:

rttMonStatisticsAdminNumHops

MIB type:

Integer32(1..30)

Default Value:

{16}

Maximum number of statistics hop buckets to keep

LSREnable Varchar(127) Not Null Reserved

LSRHop1 Varchar(127) Not Null Reserved








Table 28 PathEchoOper Table (continued)


Table 29 jitter_oper Table



sampleinterval Bigint Not Null Unused

TypeofService Integer Null See MIB object:

rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


reqPayload Integer Null See MIB object:

rttMonEchoAdminCodecPayload

MIB type:

Integer32


OL-25951-01


trgtPort Integer Null See MIB object:


MIB type:

Integer32(0..65536)

Default Value:

{0}


numpacket Integer Null See MIB object:

rttMonEchoAdminNumPackets

MIB type:

Integer32

Default Value:

{10}

Number of packets that need to be transmitted

pktInterval Integer Null See MIB object:

rttMonEchoAdminInterval

MIB type:

Integer32(0..60000)

Default Value:

{20}

The inter-packet delay. This is in milliseconds

respStatusOfTarget Integer Null Statistics of the target

codecType Integer Null See MIB object:

rttMonEchoAdminCodecType

MIB type: Integer32

icpifAdvFactor Integer Null See MIB object:

rttMonEchoAdminICPIFAdvFactor

MIB type: Integer32

Table 29 jitter_oper Table (continued)



OL-25951-01


ICMPJitterOper Table

The ICMPJitterOper table is given in Table 30.

isCodecSupport Varchar(6) Null Codec support

precisionlevel tinyint Not Null Precision level

See MIB object

rttMonEchoAdminPrecision

MIB type 32

DefaultValue:

millisecond(1)

Accuracy of statistics that needs to be calculated

• milliseconds(1). The accuracy of statistics will be in milliseconds.

• microseconds(2). The accuracy of statistics will be in microseconds

Table 29 jitter_oper Table (continued)


Table 30 ICMPJitterOper Table


OperationID Bigint UNIQUE Reference to operation(ID)


rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


ReqPayload Integer Not Null Unused


OL-25951-01


RTPOper Table

The RTP Sub Operation table is given in Table 31.

NumOfPackets Integer Not Null See MIB object:

rttMonEchoAdminNumPackets

MIB type:

Integer32

Default Value:

{10}

Number of packets that need to be transmitted

PktInterval Integer Not Null See MIB object:

rttMonEchoAdminInterval

MIB type: Integer32

Table 30 ICMPJitterOper Table (continued)


Table 31 RTPOper Table



SourceIP Varchar(127) Null Source IP

SourceVoicePort Varchar(127) Null See MIB object:

rttMonEchoAdminSourceVoicePort

MIB type: Octets

CodecType smallint Null See MIB object:

rttMonEchoAdminCodecType

MIB type: Integer32

CallDuration Integer Null See MIB object:

rttMonEchoAdminCallDuration

MIB type: Integer32

AdvantageFactor Integer Null Advantage Factor range from 0 to 20


OL-25951-01


ethernet_oper Table

The Ethernet Sub Operation table is given in Table 32.

Table 32 ethernet_oper Table



vlanID Integer Not Null See MIB object:

• ethernetPing - rttMonEchoAdminTargetVLAN

• ethernetJitter – rttMonEchoAdminTargetVLAN

• ethernetPingAutoIPSLA – ipslaEthernetGrpCtrlVLAN

• ethernetJitterAutoIPSLA - ipslaEthernetGrpCtrlVLAN

domainName Varchar(255) Not Null See MIB object:

• ethernetPing – rttMonEchoAdminTargetDomainName

• ethernetJitter – rttMonEchoAdminTargetDomainName

• ethernetPingAutoIPSLA – ipslaEthernetGrpCtrlDomainName

• ethernetJitterAutoIPSLA - ipslaEthernetGrpCtrlDomainName

mepIDs Varchar(8192) Null See MIB object:

rttMonEchoAdminTargetMPID

exMepIDs Varchar(8192) Null See MIB object:

ipslaEthernetGrpCtrlMPIDExLst

classOfService Integer Null See MIB object:

• ethernetPing – rttMonEchoAdminEthernetCOS

• ethernetJitter – rttMonEchoAdminEthernetCOS

• ethernetPingAutoIPSLA – ipslaEthernetGrpCtrlCOS

• ethernetJitterAutoIPSLA - ipslaEthernetGrpCtrlCOS


OL-25951-01


http_oper Table

The HTTP Operation table is given in Table 33.

packetReqSize Integer Null See MIB object:

• ethernetPing,ethernetJitter – rttMonEchoAdminPktDataRequestSize

• ethernetPingAutoIPSLA, ethernetJitterAutoIPSLA - ipslaEthernetGrpCtrlReqDataSize

numOfFrames Integer Null Specify the number of frames between 1 and 60000

frameInterval Integer Null Specify the interval between 1 and 60000

schedulePeriod Integer Null Scheduling Period

Table 32 ethernet_oper Table (continued)


Table 33 http_oper Table



Port Integer Null Target Port No

See MIB object


MIB type Integer32

DefaultValue:80

URLRelativePath Varchar(127) Null See MIB object:

rttMonEchoAdminURL

MIB type:

DisplayString

Default Value:

{““}

String that represents the URL to which an HTTP probe should communicate.


OL-25951-01


CachedPagesFlag Smallint Null See MIB object:

rttMonEchoAdminCache

MIB type:

TruthValue

Default Value:

{true}

If False, the HTTP request should not download cached pages. Hence, the request must be forwarded to the original server.

ProxyServer Varchar(255) Null See MIB object:

rttMonTargetAddress

EnableProxy Smallint Null Checkbox for enabling proxy server.

The default value is 2


rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}

The type of service octet in an IP Header.

DnsNameServer Varchar(127) Not Null See MIB object:

rttMonEchoAdminNameServer

MIB type: Octets

EnableDns Smallint Not Null Checkbox for enabling dnsname server.

The default value is 2.

Table 33 http_oper Table (continued)


OL-25951-01


dns_oper Table

The DNS Operation table is given in Table 34.

ftp_oper Table

The FTP Operation table is given in Table 35.

Table 34 dns_oper Table



targetaddr Varchar(127) Null Unused

nameserver Varchar(127) Null See MIB object:

rttMonEchoAdminNameServer

MIB type:

RttMonTargetAddress

Default Value:

{““}

The IP Address of the nameserver

namesvraddr Varchar(127) Null IP Address of nameserver

Table 35 ftp_oper Table




rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


FTPMode Integer Null rttMonAdminMode

Set to active or passive FTP mode

UserName Varchar(127) Null The username for FTP that enables you to access the FTP server.


OL-25951-01


dhcp_oper Table

The DHCP Operation table is given in Table 36

DLSwOper Table

The DLSw Operation Table is given in Table 37

Password Varchar(127) Null The Password for FTP in encrypted format.

The password that enables you to access the FTP server.

FileLocation Varchar(127) Null FTP file location

Table 35 ftp_oper Table (continued)

Table 36 dhcp_oper Table



targetaddr Varchar(127) Null See MIB object:

rttMonEchoAdminTargetAddress

MIB type:

RttMonTargetAddress

Default Value:

{““}

The address of the target

targetipaddr Varchar(127) Null IP Address of the DHCP server

Table 37 DLSwOper Table



ReqPayload Varchar(127) Null See MIB object:

rttMonEchoAdminCodecPayload

MIB type:

Integer32

ResponsePayload Varchar(127) Null unused


OL-25951-01


PostDialDelayOper Table

The Post Dial Delay Operation table is given in Table 38.

tcpconnect_oper Table

The TcpConnect Operation table is given in Table 39

Table 38 PostDialDelayOper Table



PhoneNumber Varchar(127) Null Phone number

DetectPoint Integer Null See MIB object

rttMonEchoAdminDetectPoint

Default value : 1: voipDTAlertRinging (name)

Table 39 tcpconnect_oper Table



TargetPort Integer Null See MIB object:


MIB type:

Integer32(0..65536)

Default Value:

{0}


ControlEnable Smallint Null See MIB object:

rttMonEchoAdminControlEnable

MIB type:

TruthValue

Default Value:

{true}

If enabled, the RTR application will send control messages to a responder, in the target router.

This will respond to the data request packets being sent by the source router.


OL-25951-01


React Table

The React table is given in Table 40.


rttMonEchoAdminTOS

MIB type:

Integer32(0..255)

Default Value:

{0}


Table 39 tcpconnect_oper Table (continued)


Table 40 ReactTable


OperationID Bigint Unique identifier,

primarykey

Reference to Operation (ID).

reactvar Integer Not Null React variable

See MIB object:

rttMonReactVar

reactID Integer Not Null React ID

See MIB object:

rttMonReactVar

RisingThresh Integer Null Rising threshold value

See MIB object:

rttMonReactThresholdRising

FallingThresh Integer Null Falling threshold value

See MIB object:

rttMonReactThresholdFalling.

If this new MIB is not supported the following MIB will be used:

rttMonReactAdminThresholdFalling


OL-25951-01


XthreshCount Integer Null X threshold count

See MIB object:

rttMonReactThresholdCountX .


rttMonReactAdminThresholdCount

YthreshCount Integer Null Y threshold count

See MIB object:

rttMonReactThresholdCountY


rttMonReactAdminThresholdCount2

ThreshType Integer Null Threshold type

See MIB object:

:rttMonReactThresholdType

If the new MIB is not used the following MIB will be used:

:rttMonReactAdminThresholdType

ActionType Integer Null Action type

See MIB object:

rttMonReactActionType

If the new MIB is not supported, the following MIB will be used.

:rttMonReactAdminActionType

Table 40 ReactTable (continued)



OL-25951-01


Collector Table

The Collector table is given in Table 41.

Table 41 Collector Table


ID Bigint IDENTITY,

Primary key

Unique identifier for collector

Name Varchar(255) Null Collector Name

descr Varchar(255) Null Description

SourceID Varchar(50) Null Source.

Reference to source(ID)

SourceIntAddr Varchar(50) Null Source interface address

TargetID Varchar(50) Null Target.

Reference to target(ID)

OperationID Varchar(50) Null Operation.

Reference to operation (ID)

ScheduleID bigint Null ScheduleID of the collector

Reference to the Collector Schedule (ID).

Owner Varchar(255) Null Owner


OL-25951-01


Status Integer Null Current Statistics of the collector

1=Running

2=Completed

3=Dormant

4=Suspended

5=Cancelled

6=Config failed

7=Scheduled

8=Delete pending

10=Config pending

11=Update pending

12=Resume pending

13=Suspend pending

14=Cancel pending

15=Reconfig pending

16=Source not responding

17=Complete pending

18=Dormant pending

19=End point missing

PreviousStatus Integer Null Previous Statistics of the collector

StatusInfo Varchar(255) Null Statistics information of the collector

AdminIndex Integer Null Entry number assigned for this collector in the SAA agent

Tag Varchar(255) Null Name of the collector to be sent to device (limited to 15 characters)

OpType Integer Null Operation type for this collector.

This information is duplicated in the Type column in the Operation table.

Table 41 Collector Table (continued)



OL-25951-01


User Stopped Collector Table

The User Stopped Collector table is given in Table 42

CollectorType Integer Null Collector type:

2 = Monitored.

1 = Statistical. Historical statistical data will be collected and saved in the database.

PollInterval bigint Null Polling interval

OpName Varchar(255) Null Operation name

SourceAddress Varchar(50) Null IP Address or HostName of source device from DCR_device_detail of CMF table.

TargetAddress Varchar(50) Null IP Address or Host Name of the target device from DCR_device_detail of CMF table.

AutoIPSLAParent

bigint Not Null Associated Parent Collector ID

IsToBeReconfigured

smallint Not Null Flag that indicates whether to configure the collector or not.

VrfName varchar(255) Not null Vrf Name for the collector

LastModified timestamp Not null Time at which the collector was last modified

Table 41 Collector Table (continued)


Table 42 User Stopped Collector Table


deviceid bigint Null Source.

CollectorID Bigint IDENTITY,

Primary key



OL-25951-01


VrfList Table

The VRF List table is given in Table 43.

outage_details Table

The Outage Details table is given Table 44.

Table 43 VrfList Table


deviceid bigint Composite primary key.

Not null

Source device ID

vrfName Varchar(255) Composite primary key.

Not null

VRF name of the source device

Table 44 outage_details Table

Column Name Type Contraints Description

outage_id integer Not null Outage ID

start_date biginit Not null Start date of the outage

start_time timestamp Not null The time when the outage is scheduled to begin

end_date biginit Not null End date of the outage

end_time timestamp Not null The time when the outage is schedule to end

rec_type varchar(32) Not null The type of recurrence such as once, weekly, monthly

rec_on smallinit Not null The day when the outage re-occurs.

For example, if you want the outage to occur again for all days of a week, select all the days in a week.

outage_name varchar (255) Not null Name of the outage

description varchar (255) Not null The details of the outage

flag bit


OL-25951-01


completed_outages Table

The Completed Outages table is given in Table 45

Collector _Schedule Table

The Collector Schedule table is given in Table 46

Table 45 completed_outages Table

Column Type Constraints Description

Outage Id Integer Not null Outage ID

Collector Id biginit Not null Collector IDof the outage

Start Date Time timestamp Not null Start date and time for the outage period

EndDate Time timestamp Not null End date and time for the outage period

Table 46 Collector_Schedule Table


ID bigint IDENTITY,

primary key


Reference to Collector (ID).

scheduleType Integer Null Schedule type

startDate bigint Null Start date of the collector.

The BIGINT value stored, is the number of milliseconds since January 1, 1970, 00:00:00 GM

startTime Timestamp Null Start time of the collector

endDate bigint Null End date

The BIGINT value stored is the number of milliseconds since January 1, 1970, 00:00:00 GM

endTime Timestamp Null End time

daysOfWeek Integer Null Days of week for polling

suspendedTimestamp bigint Null Suspended time period


resumeTimestamp bigint Null Resume time period



OL-25951-01


Latency_Minute_Stats Table

The Latency Minute Statistics table in given in Table 47.

Availability_Latency_Hourly_Stats Table

The Availability Latency Hourly Statistics table is given in Table 48.

Table 47 Latency_Minute_Stats Table


RowID Bigint IDENTITY,

Primary key

Unique identifier

CollectorID Bigint Not Null Collector (Running Instance) ID.

Reference to collector(ID)

StartTime Timestamp Not Null Start time of the latest RTT operation

Latency_RTT Integer Not Null See MIB object:

rttMonLatestRttOperTim.

The value of the agent system time at the time of the latest RTT operation.

Table 48 Availability_Latency_Hourly_Stats Table



Primary key

Unique identifier



StartTime Timestamp Not Null Start time of this hourly bucket

MinRTT Integer Not Null See MIB object:

rttMonStatsCaptureCompletion-

TimeMin

MIB type:

Gauge32

Minimum RTT


OL-25951-01


MaxRTT Integer Not Null Maximum of RTT.

See MIB object:

rttMonStatsCaptureCompletion

TimeMax

MIB type:

Gauge32

Maximum RTT

SumRTT Integer Not Null See MIB object:

rttMonStatsCaptureSumCompletionTime

MIB type:

Gauge32

Accumulated RTTs

SumSqrdRTT Integer Not Null Sum square of all RTT

See MIB object:

rttMonStatsCaptureSumCompletionTime2Low, rttMonStatsCaptureSumCompletionTime2HighionTime2High

Accumulated RTT Squares

NumCompletions Integer Not Null See MIB object:

rttMonStatsCaptureCompletionsMIB type:

Integer32(0..2147483647)

Number of RTTs completed

NumOverThresholds Integer Not Null Number of overthresholds.

See MIB object:

rttMonStatsCaptureOverThresholds

MIB type:

Integer32(0..2147483647)

Number of OverThresholds

Table 48 Availability_Latency_Hourly_Stats Table (continued)



OL-25951-01


NumDisconnects Integer Not Null Number of Disconnects.

See MIB object:

rttMonStatsCollectNumDisconnects

MIB type:

Integer32(0..2147483647)

NumTimeouts Integer Not Null Number of Timeouts

See MIB object:

rttMonStatsCollectTimeout

MIB type:

Integer32(0..2147483647)

NumBusies Integer Not Null Number of busies

See MIB object:

rttMonStatsCollectBusies

MIB type:

Integer32(0..2147483647)

Number of Busies

NumNoConnections Integer Not Null See MIB object:

rttMonStatsCollectNoConnections

MIB type:

Integer32(0..2147483647)

Number of Connections

NumDrops Integer Not Null Number of drops.

See MIB object:

rttMonStatsCollectDrops

MIB type:

Integer32(0..2147483647)

Number of RTT Dropped

NumSeqErrors Integer Not Null See MIB object:

rttMonStatscollectSequenceErrors

MIB type:

Integer32(0..2147483647)

Number of Sequence Errors




OL-25951-01


Availability_Latency_Daily_Stats Table

All the column values other than the Collector ID and Start Time are average values from the hourly table. See Table 49.

NumVerifyErrors Integer Not Null See MIB object:

rttMonStatsCollectVerifyErrors

MIB type:

Integer32(0..2147483647)

Number of Verify Errors

NumTries Integer Not Null Number of tries

AvgRTT Numeric(30) Not Null Average of RTT

StandardDeviation Numeric(30) Not Null StandardDeviation

OverThres_Percent Numeric(30) Not Nul Over threshold percentage

Error_Percent Numeric(30) Not Nul Error percentage

Availability_Percent Numeric(30) Not Nul Availability Percent



Table 49 Availability_Latency_Daily_Stats Table



Primary key

Collector (Running Instance) ID.


Start Time date Not Null Start time of the day

MinRTT Timestamp Not Null Average of all MinRTT.

MaxRTT Bigint IDENTITY,

Primary key

Average of all MaxRTT

SumRTT Bigint Not Null Sum of all RTT


NumCompletions Integer Not Null Number of completions.

NumOverThresholds Integer Not Null Number of over thresholds.

NumDisconnects Integer Not Null Number of disconnects



NumNoConnections Integer Not Null Number of no connections.


NumSeqErrors Integer Not Null Number of sequence errors

NumVerifyErrors Integer Not Null Number of verify errors


OL-25951-01


Availability_Latency_Weekly_Stats Table

All the column values other than the collector ID and Start Time are average values from Daily table. See Table 50.




OverThres_Percent Numeric(30) Not Null Over threshold percentage

Error_Percent Numeric(30) Not Null Error Percent

Availability_Percent Numeric(30) Not Null Availability Percent

Table 49 Availability_Latency_Daily_Stats Table (continued)


Table 50 Availability_Latency_Weekly_Stats Table



Primary key



starttime date Not Null Start time of the week.



Primary key

Average of all MaxRTT.




NumOver

Thresholds

Integer Not Null Number of over thresholds.



NumBusies Integer Not Null Number of busies.

NumNo

Connections

Integer Not Null Number of no connections.



NumVerifyErrors Integer Not Null Number of VerifyErrors






OL-25951-01


Availability_Latency_Monthly_Stats Table

All the column values other than the collector ID and Start Time are average values from the weekly table. See Table 51.

Error_Percent Numeric(30) Not Null Error percentage


Table 50 Availability_Latency_Weekly_Stats Table (continued)


Table 51 Availability_Latency_Monthly_Stats Table



Primary key



starttime date Not Null Start time of the month.



Primary key

Average of all MaxRTT.




NumOver

Thresholds

Integer Not Null Number of over thresholds.




NumNo

Connections

Integer Not Null Number of no connections.



NumVerifyErrors Integer Not Null See MIB object:








OL-25951-01


Jitter_Minute_Stats Table

The Jitter Minute Statistics table is given in Table 52.

Table 52 Jitter_Minute_Stats Table


rowID Bigint Not Null Unique identifier



starttime Bigint Not Null Start time.



rttMonLatestJitterOperRTTMin

MIB type: Gauge (32 bit)

MaxRTT Integer Not Null See MIB object:

rttMonLatestJitterOperRTTMax


NumRTT Integer Not Null See MIB object:

rttMonLatestJitterOperNumOfRTT



rttMonLatestJitterOperRTTSum


SumRTT2 Double Not Null See MIB object:

rttMonLatestJitterOperRTTSum2


minofposisd Integer Not Null See MIB object:

rttMonLatestJitterOperMin

Of PositivesSD



OL-25951-01


maxofposisd Integer Not Null See MIB object:

rttMonLatestJitterOperMaxOfPositivesDS


numofposisd Integer Not Null See MIB object:

rttMonLatestJitterOperNumOfPositivesSD


sumofposisd Integer Not Null See MIB object:

rttMonLatestJitterOperSumOfPositivesSD


sum2posisd Double Not Null See MIB object:

rttMonLatestJitterOperSum2PositivesSD


minofnegasd Integer Not Null See MIB object:

rttMonLatestJitterOperMinOfNegativesSD


maxofnegasd Integer Not Null See MIB object:

rttMonLatestJitterOperMaxOfNegativesSD


numofnegasd Integer Not Null See MIB object:

rttMonLatestJitterOperNumOfNegativesSD


sumofnegasd Integer Not Null See MIB object:

rttMonLatestJitterOperSumOfNegativesSD


sum2negasd Double Not Null See MIB object:

rttMonLatestJitterOperSum2NegativesSD


Table 52 Jitter_Minute_Stats Table (continued)



OL-25951-01


minofposids Integer Not Null See MIB object:

rttMonLatestJitterOperMinOfPositivesDS

MIB type: : Gauge (32 bit)

maxofposids Integer Not Null See MIB object:

rttMonLatestJitterOperMaxOfPositivesDS


numofposids Integer Not Null See MIB object:

rttMonLatestJitterOperNumOfPositivesDS


sumofposids Integer Not Null See MIB object:

rttMonLatestJitterOperSumOfPositivesDS


sum2posids Double Not Null See MIB object:

rttMonLatestJitterOperSum2PositivesDS


minofnegads Integer Not Null See MIB object:

rttMonLatestJitterOperMinOfNegativesDS


maxofnegads Integer Not Null See MIB object:

rttMonLatestJitterOperMaxOfNegativesDS


numofnegads Integer Not Null See MIB object: rttMonLatestJitterOperNumOfNegativesDS


sumofnegads Integer Not Null See MIB object: rttMonLatestJitterOperSumOfNegativesDS





OL-25951-01


sum2negads Double Not Null See MIB object: rttMonLatestJitterOperSum2NegativesDS


numpacketlosssd Integer Not Null See MIB object: rttMonLatestJitterOperPacketLossSD


numpacketlossds Integer Not Null See MIB object: rttMonLatestJitterOperPacketLossDS


numpacketseqerr Integer Not Null See MIB object: rttMonLatestJitterOperPacketOutOfSequence


numpacketmia Integer Not Null See MIB object: rttMonLatestJitterOperPacketMIA


numpacketlate Integer Not Null See MIB object: rttMonLatestJitterOperPacketLateArrival


AvgRTT Numeric(30) Null Average of RTT

AvgPosSD Numeric(30) Null Average of positive from Source to Destination (SD)

StdDevPosSD Numeric(30) Null Standard deviation of positive SD

AvgNegSD Numeric(30) Null Average of negative SD

StdDevNegSD Numeric(30) Null Standard deviation of negative SD

AvgPosDS Numeric(30) Null Average of positive DS

StdDevPosDS Numeric(30) Null Standard deviation of positive DS

AvgNegDS Numeric(30) Null Average of negative DS

StdDevNegDS Numeric(30) Null Standard deviation of negative DS

StdDevRTT Numeric(30) Null Standard deviation of RTT




OL-25951-01


mos Integer Not Null See MIB object: rttMonLatestJitterOperNumOfOW


icpif Integer Not Null See MIB object:

rttMonLatestJitterOperICPIF


NumOfOW integer Not Null See MIB object: rttMonLatestJitterOperNumOfOW


SumOWSD integer Not Null See MIB object: rttMonLatestJitterOperOWSumSD


Sum2OWSD double Not Null See MIB object: rttMonLatestJitterOperOWSum2SD


StddevOWSD numeric(30,6) Null Standard deviation of one way latency SD

AvgOWSD numeric(30,6 Null Average of positive one way SD

MinOWSD integer Not Null See MIB object: rttMonLatestJitterOperOWMinSD


MaxOWSD integer Not Null See MIB object: rttMonLatestJitterOperOWMaxSD


SumOWDS integer Not Null See MIB object: rttMonLatestJitterOperOWSumDS


Sum2OWDS double Not Null See MIB object: rttMonLatestJitterOperOWSum2DS





OL-25951-01


Jitter_Hourly_Stats Table

The Jitter Hourly Statistics table is given in Table 53.

Table 53 Jitter_Hourly_Stats Table





starttime Timestamp Not Null Start time for this hourly bucket

MinRTT Integer Not Null See MIB object: rttMonJitterStatsRTTMin


MaxRTT Integer Not Null See MIB object: rttMonJitterStatsRTTMax


NumRTT Integer Not Null See MIB object: rttMonJitterStatsNumOfRTT


SumRTT Integer Not Null See MIB object: rttMonJitterStatsRTTSum



rttMonJitterStatsRTTSum2Low

and MIB object:

rttMonJitterStatsRTTSum2High

Accumulated RTT Squares

minofposids Integer Not Null Refer to MIB object:

rttMonJitterStatsMinOfPositivesSD

MIB type:

Gauge32

The minimum of absolute values

of all positive jitter values for

packets sent from destination to source.


OL-25951-01


maxofposisd Integer Not Null Refer to MIB object:

rttMonJitterStatsMaxOfPositivesSD

MIB type:

Gauge32

The maximum of absolute values of all positive jitter values of packets sent from destination to source.

numofposisd Integer Not Null Refer to MIB object:

rttMonJitterStatsNumOfPositivesSD

MIB type:

Gauge32

The sum of all positive jitter values from packets sent from destination to source.

sumofposisd Integer Not Null Refer to MIB object:

rttMonJitterStatsSumOfPositivesSD

MIB type:

Counter32

The sum of all positive jitter values

from packets sent from

destination to source.

sum2posisd Double Not Null Refer to MIB object:

rttMonJitterStatsSum2PositivesS

D2Low

and MIB object:

rttMonJitterStatsSum2PositivesS

D2High

The sum of square of RTT’s of

all positive jitter values from


Table 53 Jitter_Hourly_Stats Table (continued)



OL-25951-01


minofnegasd Integer Not Null Refer to MIB object:

rttMonJitterStatsMinOfNegativesSD

MIB type:

Gauge32

The minimum of absolute values

of all negative jitter values from


maxofnegasd Integer Not Null Refer to MIB object:

rttMonJitterStatsMaxOfNegativesSD

MIB type:

Gauge32

The maximum of absolute values

of all negative jitter values of packets sent from destination to source.

numofnegasd Integer Not Null Refer to MIB object:

rttMonJitterStatsNumOfNegativesSD

MIB type:

Gauge32

The sum of number of all negative

jitter values from packets

sent from destination to source.

sumofnegasd Integer Not Null Refer to MIB object:

rttMonJitterStatsSumOfNegativesSD

MIB type:

Counter32

The sum of all negative jitter

values of packets sent from

source to destination




OL-25951-01


sum2negasd Double Not Null Refer to MIB object:

rttMonJitterStatsSum2Negatives

SD2Low

and MIB object:


SD2High

The sum of the squares of RTT’s of

all negative jitter values of packets sent from destination to source.

minofposids Integer Not Null Refer to MIB object:

rttMonJitterStatsMinOfPositivesDS

MIB type:

Gauge32

The minimum of absolute values of all positive jitter values of packets sent from destination to source.

maxofposids Integer Not Null Refer to MIB object:

rttMonJitterStatsMaxOfPositivesDS

MIB type:

Gauge32

The maximum of absolute values of all positive jitter values of packets sent from destination to source.

numofposids Integer Not Null Refer to MIB object:

rttMonJitterStatsNumOfPositivesDS

MIB type:

Gauge32

The sum of number of all positive jitter values from packets sent from destination to source.

sumofposids Integer Not Null Refer to MIB object:

rttMonJitterStatsSumOfPositivesDS

MIB type:

Counter32

The sum of all positive jitter values from packets sent from destination to source.




OL-25951-01


sum2posids Double Not Null Refer to MIB object:

rttMonJitterStatsSum2Positives

DS2Low

and MIB object:

rttMonJitterStatsSum2Positives

DS2High

The sum of square of RTTs of all positive jitter values for packets sent from destination to source.

minofnegads Integer Not Null Refer to MIB object:

rttMonJitterStatsMinOfNegativesDS

MIB type:

Gauge32

The minimum of absolute values of all negative jitter values for packets sent from source to destination

maxofnegads Integer Not Null Refer to MIB object:

rttMonJitterStatsMaxOfNegativesDS

MIB type:

Gauge32

The maximum of absolute values of all negative jitter values for packets sent from source to destination

numofnegads Integer Not Null Refer to MIB object:

rttMonJitterStatsNumOfNegativesDS

MIB type:

Gauge32

The sum of all negative jitter values for packets sent of destination to source.

sumofnegads Integer Not Null Refer to MIB object:

rttMonJitterStatsSumOfNegativesDS

MIB type:

Counter32

The sum of all negative jitter values for packets sent from destination to source




OL-25951-01


sum2negads Double Not Null Refer to MIB object:


DS2Low

and MIB object:


DS2High

The sum of the squares of RTTs of

all negative jitter values for packets sent from destination to source

numcomplete Integer Not Null Refer to MIB object:

rttMonJitterStatsCompletions

MIB type:

Counter32

Number of RTTs completed

numoverthresh Integer Not Null Refer to MIB object:

rttMonJitterStatsOverThresholds

MIB type:

Counter32

Number of OverThresholds

numpacketlossds Integer Not Null Refer to MIB object:

rttMonJitterStatsPacketLossSD

MIB type:

Counter32

The number of packets lost when


numpacketlossds Integer Not Null Refer to MIB object:

rttMonJitterStatsPacketLossDS

MIB type:

Counter32

The number of packets lost when





OL-25951-01


numpacketseqerr Integer Not Null Refer to MIB object:

rttMonJitterStatsPacketOutOf-

Sequence

MIB type:

Counter32

The number of packets thet arrived out of sequence

numpacketmia Integer Not Null Refer to MIB object:

rttMonJitterStatsPacketMIA

MIB type:

Counter32

The number of packets that are

lost for which we cannot determine

the direction

numpacketlate Integer Not Null Refer to MIB object:

rttMonJitterStatsPacketLateArrival

MIB type:

Counter32

The number of packets that

arrived after the timeout

NumJitterStatsErrors Integer Not Null Refer mib object : rttMonJitterStatsError

Mib type : Counter (32 bit)

numerror Integer Not Null Refer to MIB object:

rttMonJitterStatsError

MIB type:

Counter32

The number of occasions when a

jitter operation could not be initiated

because of an internal error




OL-25951-01


numbusy Integer Not Null Refer to MIB object:

rttMonJitterStatsBusies

MIB type:

Counter32

The number of occasions when a

jitter operation could not be initiated

because a previous jitter

operation has not been completed

AvgRtt Numeric(30) Not Null Average of RTT

Error_Percent Numeric(30) Not Null Error percent


AvgPosSD Numeric(30) Not Null Average of positive SD

StdDevPosSD Numeric(30) Not Null Standard deviation of positive SD

AvgNegSD Numeric(30) Not Null Average of negative SD

StdDevNegSD Numeric(30) Not Null Standard deviation negative SD

AvgPosDS Numeric(30) Not Null Average of positive DS

StdDevPosDS Numeric(30) Not Null Standard deviation of positive DS

AvgNegDS Numeric(30) Not Null Average of negative DS

StdDevNegDS Numeric(30) Not Null Standard deviation of negative DS

PacketErrorPercent Numeric(30) Null Packet Error Percent

OverThresholdPercent Numeric(30) Null Over Threshold Percent

StdDevRTT Numeric(30) Null Standard deviation RTT

TotalPackets Integer Null Total Packets

minmos Integer Not Null Min of MOS

maxmos Integer Not Null Max of MOS

minicpif Integer Not Null Min of icpif

maxicpif Integer Not Null Max of icpif




OL-25951-01


Jitter_Daily_Stats Table


Table 54 Jitter_Daily_Stats Table




starttime date Not Null Start time of the day

MinRTT Integer Not Null Average of all Min RTT

MaxRTT Integer Not Null Average of all Max RTT

NumRTT Integer Not Null Number of RTTs that are successfullymeasured

SumRTT Integer Not Null Accumulated RTTs

SumRTT2 Double Not Null Accumulated RTT Squares

minofposisd Integer Not Null Minimum of positive SD

maxofposisd Integer Not Null Maximum of positive SD

numofposisd Integer Not Null Number of positve SD

sumofposisd Integer Not Null Sum of positive SD

sum2posisd Double Not Null Sum squared of positive SD

minofnegasd Integer Not Null Minimum of negative SD

maxofnegasd Integer Not Null Maximum of negative SD

numofnegasd Integer Not Null Number of negative SD

sumofnegasd Integer Not Null Sum of negative SD

sum2negasd Double Not Null Sum squared of negative SD

minofposids Integer Not Null Minimum of positive DS

maxofposids Integer Not Null Maximum of positive DS

numofposids Integer Not Null Number of positive DS

sumofposids Integer Not Null Sum of positive DS

sum2posids Double Not Null Sum squared of positive DS

minofnegads Integer Not Null Minimum of nagative DS

maxofnegads Integer Not Null Maximum of negative DS

numofnegads Integer Not Null Number of negative DS

sumofnegads Integer Not Null Sum of negative DS

sum2negads Double Not Null Sum squared of negative DS

numcomplete Integer Not Null Number of completions

numoverthresh Integer Not Null Number of overthreshold

numpacketlosssd Integer Not Null Number of packet loss SD


OL-25951-01


numpacketlossds Integer Not Null Number of packet loss DS

numpacketseqerr Integer Not Null Number of error packets

numpacketmia Integer Not Null Number of packet MIA

numpacketlate Integer Not Null Number of late packets

NumJitterStatsErrors Integer Not Null Number of JitterStatsErrors

numerror Integer Not Null Numerror

numbusy Integer Not Null Numbusy

AvgRtt Numeric(30) Not Null Average RTT




StdDevPosSD Numeric(30) Not Null Standared deviation of positive SD


StdDevNegSD Numeric(30) Not Null Standared deviation of negative SD


StdDevPosDS Numeric(30) Not Null Standared deviation of positive DS


StdDevNegDS Numeric(30) Not Null Standared deviation of negative DS

PacketErrorPercent Numeric(30) Null PacketErrorPercent

OverThresholdPercent Numeric(30) Null OverThresholdPercent

StdDevRTT Numeric(30) Null Standared deviation of RTT

TotalPackets Integer Null TotalPackets

minmos Integer Not Null Min MOS

maxmos Integer Not Null Max MOS

minicpif Integer Not Null Min ICPIF

maxicpif Integer Not Null Max ICPIF

NumOfOW integer Not Null See MIB object: rttMonJitterStatsNumOfOW


SumOWSD integer Not Null See MIB object: rttMonJitterStatsOWSumSD


Sum2OWSD double Not Null See MIB object: rttMonJitterStatsOWSumSDHigh



Table 54 Jitter_Daily_Stats Table (continued)



OL-25951-01



MinOWSD integer Not Null See MIB object: rttMonJitterStatsOWMinSDNew


MaxOWSD integer Not Null See MIB object: rttMonJitterStatsOWMaxSDNew


SumOWDS integer Not Null See MIB object: rttMonJitterStatsOWSumDS


Sum2OWDS double Not Null See MIB object: rttMonJitterStatsOWSumDSHigh


StddevOWDS numeric(30,6) Null Standard deviation of one way latency DS

AvgOWDS numeric(30,6) Null Average of positive one way DS

MinOWDS integer Not Null See MIB object: rttMonJitterStatsOWMinDSNew


MaxOWDS integer Not Null See MIB object: rttMonJitterStatsOWMinDSNew


See MIB object: rttMonJitterStatsOWMaxDSNew


Table 54 Jitter_Daily_Stats Table (continued)



OL-25951-01


Jitter_Weekly_Stats Table

All the column values other than the collector ID and Start Time are average values from Daily table. See Table 55..

Table 55 Jitter_Weekly_Stats Table




starttime date Not Null Start time of the week



NumRTT Integer Not Null Number of RTTs that are successfully measured

SumRTT Integer Not Null Accumulated RTTs




numofposisd Integer Not Null Number of positive SD













minofnegads Integer Not Null Minimum of negative DS










OL-25951-01














StdDevNegSD Numeric(30) Not Null Standard deviation of negative SD









minmos Integer Not Null Minimum MOS

maxmos Integer Not Null Maximum MOS

minicpif Integer Not Null Minimum ICPIF

maxicpif Integer Not Null Maximum ICPIF








Table 55 Jitter_Weekly_Stats Table (continued)



OL-25951-01



















Table 55 Jitter_Weekly_Stats Table (continued)



OL-25951-01


Jitter_Monthly_Stats Table


Table 56 Jitter_Monthly_Stats Table



Reference to collector (ID)

starttime date Not Null Start time of the month



NumRTT Integer Not Null Number of RTTs that are successfully

measured

SumRTT Integer Not Null Delay in the polling interval of collectors.
























OL-25951-01

















StdDevNegSD Numeric(30) Not Null Standard deviation of negative SD







StdDevRTT Numeric(30) Null Standared deviation of RTT


minmos Integer Not Null Min MOS

maxmos Integer Not Null Max MOS

minicpif Integer Not Null Min ICPIF

maxicpif Integer Not Null Max ICPIF





Table 56 Jitter_Monthly_Stats Table (continued)



OL-25951-01






















Table 56 Jitter_Monthly_Stats Table (continued)



OL-25951-01


ICMP_Jitter_Minute_Stats Table

The ICMP Jitter Minute Statistics table is given in Table 57.

Table 57 ICMP_Jitter_Minute_Stats Table


rowID Bigint IDENTITY,

primary key

Unique identifier



starttime Timestamp Not Null Start time


rttMonLatestIcmpJitterRTTMin



rttMonLatestIcmpJitterRTTMax



rttMonLatestIcmpJitterNumRTT



rttMonLatestIcmpJitterRTTSum



rttMonLatestIcmpJitterRTTSum2



rttMonLatestIcmpJitterMinPosSD



rttMonLatestIcmpJitterMaxPosSD



rttMonLatestIcmpJitterNumPosSD



rttMonLatestIcmpJitterSumPosSD



OL-25951-01



rttMonLatestIcmpJitterSum2PosSD


minofnegasd Not Null Not Null See MIB object:

rttMonLatestIcmpJitterMinNegSD


maxofnegasd Not Null Not Null See MIB object:

rttMonLatestIcmpJitterMaxNegSD


numofnegasd Not Null Not Null See MIB object:

rttMonLatestIcmpJitterNumNegSD


sumofnegasd Not Null Not Null See MIB object:

rttMonLatestIcmpJitterSumNegSD



rttMonLatestIcmpJitterSum2NegSD



rttMonLatestIcmpJitterMinPosDS



rttMonLatestIcmpJitterMaxPosDS



rttMonLatestIcmpJitterNumPosDS



rttMonLatestIcmpJitterSumPosDS



rttMonLatestIcmpJitterSum2PosDS


Table 57 ICMP_Jitter_Minute_Stats Table (continued)



OL-25951-01



rttMonLatestIcmpJitterMinNegDS



rttMonLatestIcmpJitterMaxNegDS


numofnegads Integer Not Null See MIB object:

rttMonLatestIcmpJitterNumNegDS


sumofnegads Integer Not Null See MIB object:

rttMonLatestIcmpJitterSumNegDS


sum2negads Double Not Null See MIB object:

rttMonLatestIcmpJitterSum2NegDS


numPktLoss Integer Not Null See MIB object:

rttMonLatestIcmpJitterPktLoss

MIB type: Counter (32 bit)

numPktOutSeqBoth Integer Not Null See MIB object:

rttMonLatestIcmpJPktOutSeqBoth


numPktOutSeqSDes Integer Not Null See MIB object:

rttMonLatestIcmpJPktOutSeqSD


numPktOutSeqDSes Integer Not Null See MIB object:

rttMonLatestIcmpJPktOutSeqDS


numPktSkippeds Integer Not Null unused

numPktLateAs Integer Not Null See MIB object:

rttMonLatestIcmpJitterPktLateA


minSuccPktLoss Integer Not Null See MIB object:

rttMonLatestIcmpJitterMinSucPktL





OL-25951-01


maxSuccPktLoss Integer Not Null See MIB object:

rttMonLatestIcmpJitterMaxSucPktL


AvgRTT Numeric(30,6) Null Average of RTT

AvgPosSD Numeric(30,6) Null Average of positive SD

StdDevPosSD Numeric(30,6) Null Standard deviation of positive SD

AvgNegSD Numeric(30,6) Null Average of negative SD

StdDevNegSD Numeric(30,6) Null Standard deviation of negative SD

AvgPosDS Numeric(30,6) Null Average of positive DS

StdDevPosDS Numeric(30,6) Null Standard deviation of positive DS

AvgNegDS Numeric(30,6) Null Average of negative DS

StdDevNegDS Numeric(30,6) Null Standard deviation of negative DS

StdDevRTT Numeric(30,6) Null Standard deviation of RTT

NumOfOW integer Not Null See MIB object: rttMonLatestJitterOperNumOfOW


SumOWSD integer Not Null See MIB object: rttMonLatestJitterOperNumOfOW


See MIB object: rttMonLatestIcmpJitterOWSumSD


Sum2OWSD double Not Null See MIB object: rttMonLatestIcmpJitterOWSum2SD



AvgOWSD numeric(30,6 Null See MIB object: rttMonLatestIcmpJitterOWAvgSD

MinOWSD integer Not Null See MIB object: rttMonLatestIcmpJitterOWMinSD


MaxOWSD integer Not Null See MIB object: rttMonLatestIcmpJitterOWMaxSD


SumOWDS integer Not Null See MIB object: rttMonLatestIcmpJitterOWSumDS





OL-25951-01


ICMP_Jitter_Hourly_Stats Table

The ICMP Jitter Hourly Statistics table is given in Table 58

Sum2OWDS double Not Null See MIB object: rttMonLatestIcmpJitterOWSum2DS


StddevOWDS numeric(30,6) Null Standard deviation of one way latency

AvgOWDS numeric(30,6) Null See MIB object: rttMonLatestIcmpJitterOWAvgDS

MinOWDS integer Not Null See MIB object: rttMonLatestIcmpJitterOWMinDS


MaxOWDS integer Not Null See MIB object: rttMonLatestIcmpJitterOWMaxDS




Table 58 ICMP_Jitter_Hourly_Stats Table


rowID Bigint IDENTITY,

primary key

Unique identifier


Reference to collector(ID).

starttime Timestamp Not Null Start time of the hourly bucket


rttMonIcmpJitterStatsRTTMin



rttMonIcmpJitterStatsRTTMax



rttMonIcmpJitterStatsNumRTTs



rttMonIcmpJitterStatsRTTSums



OL-25951-01



rttMonIcmpJStatsRTTSum2Lows,rttMonIcmpJStatsRTTSum2Highs.

The high and low order 32 bits of the accumulated squares of completion times (in milliseconds) of RTT operations that complete successfully.

minofposisd Integer Not Null See MIB object: rttMonIcmpJitterStatsMinPosSD



rttMonIcmpJitterStatsMaxPosSD



rttMonIcmpJitterStatsNumPosSDs



rttMonIcmpJitterStatsSumPosSDs



Sum2PosSDLows,rttMonIcmpJStatsSum2PosSDHighs.

The sum of the squares of RTTs of all positive jitter values for packets sent from source to destination

(Low and higher order 32 bits).


rttMonIcmpJitterStatsMinNegSD



rttMonIcmpJitterStatsMaxNegSD



rttMonIcmpJitterStatsNumNegSDs


Table 58 ICMP_Jitter_Hourly_Stats Table (continued)



OL-25951-01



rttMonIcmpJitterStatsSumNegSDs



rttMonIcmpJStatsSum2NegSDLows,rttMonIcmpJStatsSum2NegSDHighs.

The sum of the squares of RTTs of all negative jitter values for packets sent from source to destination.

(Low and higher order 32 bits


rttMonIcmpJitterStatsMinPosDS



rttMonIcmpJitterStatsMaxPosDS



rttMonIcmpJitterStatsNumPosDSes



rttMonIcmpJitterStatsSumPosDSes




rttMonIcmpJitterStatsMinNegDS



rttMonIcmpJitterStatsMaxNegDS



rttMonIcmpJitterStatsNumNegDSes



rttMonIcmpJitterStatsSumNegDSes





OL-25951-01


sum2negads Double Not Null See MIB object:

rttMonIcmpJitterStatsSumNegDSes


numcomplete Integer Not Null See MIB object:

rttMonIcmpJitterStatsCompletions


numoverthresh Integer Not Null See MIB object:

rttMonIcmpJStatsOverThresholds


numPktLoss Integer Not Null See MIB object:

rttMonIcmpJitterStatsPktLosses


numPktOutSeqBoth Integer Not Null See MIB object:

rttMonIcmpJStatsPktOutSeqBoth


numPktOutSeqSDes Integer Not Null See MIB object:

rttMonIcmpJStatsPktOutSeqSDs


numPktOutSeqDSes Integer Not Null See MIB object:

rttMonIcmpJStatsPktOutSeqDSes


numPktSkippeds Integer Not Null See MIB object:

rttMonIcmpJitterStatsPktSkippeds


numPktLateAs Integer Not Null See MIB object:

rttMonIcmpJitterStatsPktLateAs


minSuccPktLoss Integer Not Null See MIB object:

rttMonIcmpJitterMinSucPktLoss

MIB type:gauge(32)

maxSuccPktLoss Integer Not Null See MIB object:

rttMonIcmpJitterMaxSucPktLoss

MIB type:gauge(32)




OL-25951-01


numerror Integer Not Null See MIB object:

rttMonIcmpJitterStatsErrors


numbusy Integer Not Null See MIB object:

rttMonIcmpJitterStatsBusies





AvgPosSD Numeric(30) Not Null Average positive SD

StdDevPosSD Numeric(30) Not Null Standard deviation positive SD

AvgNegSD Numeric(30) Not Null Average negative SD


AvgPosDS Numeric(30) Not Null Average of positive SD

StdDevPosDS Numeric(30) Not Null Standard deviation positive DS

AvgNegDS Numeric(30) Not Null Average negative DS

StdDevNegDS Numeric(30) Not Null Standard deviation negative DS

PacketErrorPercent Numeric(30) Null Packet error percentage

OverThresholdPercent Numeric(30) Null Over threshold percentage

StdDevRTT Numeric(30) Null Standard deviation RTT

TotalPackets Integer Null Total packets

NumOfOW integer Not Null See MIB object: rttMonIcmpJitterStatsNumOWs


SumOWSD integer Not Null See MIB object: rttMonIcmpJitterStatsOWSumSDs


Sum2OWSD double Not Null See MIB object: rttMonIcmpJStatsOWSum2SDHighs



AvgOWSD numeric(30,6) Null Average of positive one way SD

MinOWSD integer Not Null See MIB object: rttMonIcmpJitterStatsOWMinSD





OL-25951-01


ICMP_Jitter_Daily_Stats Table


MaxOWSD integer Not Null See MIB object: rttMonIcmpJitterStatsOWMaxSD


SumOWDS integer Not Null See MIB object: rttMonIcmpJitterStatsOWSumDSes


Sum2OWDS double Not Null See MIB object: rttMonIcmpJStatsOWSum2DSHighs




MinOWDS integer Not Null See MIB object: rttMonIcmpJitterStatsOWMinDS


MaxOWDS integer Not Null See MIB object: rttMonIcmpJitterStatsOWMaxDS




Table 59 ICMP_Jitter_Daily_Stats Table




starttime date Not Null Start time of the day

MinRTT Integer Not Null Average of all MinRTT

MaxRTT Integer Not Null Average of all MaxRTT.

NumRTT Integer Not Null Number of total RTT

SumRTT Integer Not Null Sum of all RTT

SumRTT2 Double Not Null Sum of all RTT squares

minofposisd Integer Not Null Minimum of all positive SD

maxofposisd Integer Not Null Maximum of all positive SD

numofposisd Integer Not Null Number of all positive SD

sumofposisd Integer Not Null Sum of all positive SD


OL-25951-01


sum2posisd Double Not Null Sum of the squares of all positive SD square

minofnegasd Integer Not Null Minimum of all negative SD

maxofnegasd Integer Not Null Maximum of all negative SD

numofnegasd Integer Not Null Number of all negative SD

sumofnegasd Integer Not Null Sum of all negative SD

sum2negasd Double Not Null Sum of the squares of all negative SD

minofposids Integer Not Null Minimum of all positive DS

maxofposids Integer Not Null Maximum of all positive DS

numofposids Integer Not Null Number of all positive DS

sumofposids Integer Not Null Sum of all positive DS

sum2posids Double Not Null Sum of the squares of all positive DS

minofnegads Integer Not Null Minimum of all negative DS

maxofnegads Integer Not Null Maximum of all negative DS

numofnegads Integer Not Null Number of all negative DS

sumofnegads Integer Not Null Sum of all negative DS

sum2negads Double Not Null Sum of the squares of all negative DS

numcomplete Integer Not Null Number of total RTT completions


numPktLoss Integer Not Null Number of packet loss

numPktOutSeqBoth Integer Not Null Number of packet out sequence for both DS, SD

numPktOutSeqSDes Integer Not Null Number of packet out sequence for SD

numPktOutSeqDSes Integer Not Null Number of packet out sequence for DS

numPktSkippeds Integer Not Null Number of packets skipped

numPktLateAs Integer Not Null Number of late packets

minSuccPktLoss Integer Not Null Minimum of successful packet loss

maxSuccPktLoss Integer Not Null Maximum of successful packet loss

numerror Integer Not Null Number of errors

numbusy Integer Not Null Number of busies

AvgRtt Numeric(30) Not Null Average of all RTT


NumTries Integer Not Null Number of all tries





Table 59 ICMP_Jitter_Daily_Stats Table (continued)



OL-25951-01



StdDevPosDS Numeric(30) Not Null Standard deviation positive DS



PacketErrorPercent Numeric(30) Null Packet error percentage

OverThresholdPercent

Numeric(30) Not Null Over threshold percentage

StdDevRTT Numeric(30) Not Null Standard deviation RTT

TotalPackets Integer Not Null Total packets






















OL-25951-01


ICMP_Jitter_Weekly_Stats Table








Table 60 ICMP_Jitter_Weekly_Stats Table


CollectorID BIGINT Not Null Collector (Running Instance) ID.


starttime date Not Null Start time of the week.





SumRTT2 Double Not Null Sum of all RTT square





sum2posisd Double Not Null Sum square of all positive SD square





sum2negasd Double Not Null Sum square of all negative SD





sum2posids Double Not Null Sum square of all positive DS


OL-25951-01






sum2negads Double Not Null Sum square of all negative DS


























StdDevRTT Numeric(30) Null StdDevRTT


Table 60 ICMP_Jitter_Weekly_Stats Table (continued)



OL-25951-01


ICMP_Jitter_Monthly_Stats Table
























Table 60 ICMP_Jitter_Weekly_Stats Table (continued)



OL-25951-01


Table 61 ICMP_Jitter_Monthly_Stats Table


CollectorID BIGINT Not Null Collector (Running Instance) ID.


starttime date Not Null Start time of the month





SumRTT2 Double Not Null Sum of all RTT square





sum2posisd Double Not Null Sum square of all positive SD





sum2negasd Double Not Null Sum square of all negative SD





sum2posids Double Not Null Sum square of all positive DS





sum2negads Double Not Null Sum square of all negative DS







OL-25951-01






















StdDevRTT Numeric(30) Null StdDevRTT








Table 61 ICMP_Jitter_Monthly_Stats Table (continued)



OL-25951-01


















Table 61 ICMP_Jitter_Monthly_Stats Table (continued)



OL-25951-01


Ethernet_Jitter_Minute_Stats Table

The Ethernet_Jitter_Minute_Stats table is given in Table 62.

Table 62 Ethernet Jitter Minute Statistics Table


rowID Bigint IDENTITY, primary key

Identifier

CollectorID Bigint Not null Collector (Running Instance) ID


starttime Timestamp Not null Start time

MinRTT Integer Not null See MIB object:

ipslaEtherJitterLatestRTTMin

MaxRTT Integer Not null See MIB object:

ipslaEtherJitterLatestRTTMax

NumRTT Integer Not null See MIB object:

ipslaEtherJitterLatestNumRTT

SumRTT Integer Not null See MIB object:

ipslaEtherJitterLatestRTTSum

SumRTT2 Double Not null See MIB object:

ipslaEtherJitterLatestRTTSum2

minofposisd Integer Not null See MIB object:

ipslaEtherJitterLatestMinPosSD

maxofposisd Integer Not null See MIB object:

ipslaEtherJitterLatestMaxPosSD

numofposisd Integer Not null See MIB object:

ipslaEtherJitterLatestNumPosSD

sumofposisd Integer Not null See MIB object:

ipslaEtherJitterLatestSumPosSD

sum2posisd Double Not null See MIB object:

ipslaEtherJitterLatestSum2PosSD

minofnegasd Integer Not null See MIB object:

ipslaEtherJitterLatestMinNegSD

maxofnegasd Integer Not null See MIB object:

ipslaEtherJitterLatestMaxNegSD

numofnegasd Integer Not null See MIB object:

ipslaEtherJitterLatestNumNegSD

sumofnegasd Integer Not null See MIB object:

ipslaEtherJitterLatestSumNegSD


OL-25951-01


sum2negasd Double Not null See MIB object:

ipslaEtherJitterLatestSum2NegSD

minofposids Integer Not null See MIB object:

ipslaEtherJitterLatestMinPosDS

maxofposids Integer Not null See MIB object:

ipslaEtherJitterLatestMaxPosDS

numofposids Integer Not null See MIB object:

ipslaEtherJitterLatestNumPosDS

sumofposids Integer Not null See MIB object:

ipslaEtherJitterLatestSumPosDS

sum2posids Double Not null See MIB object:

ipslaEtherJitterLatestSum2PosDS

minofnegads Double Not null See MIB object:

ipslaEtherJitterLatestMinNegDS

maxofnegads Double Not null See MIB object:

ipslaEtherJitterLatestMaxNegDS

numofnegads Double Not null See MIB object:

ipslaEtherJitterLatestNumNegDS

sumofnegads Double Not null See MIB object:

ipslaEtherJitterLatestSumNegDS

sum2negads Double Not null See MIB object:

ipslaEtherJitterLatestSum2NegDS

numframeLossSD Integer Not null See MIB object:

ipslaEtherJitterLatestFrmLossSD

numframeLossDS Integer Not null See MIB object:

ipslaEtherJitterLatestFrmLossDS

minSuccframeLoss Integer Not null See MIB object:

ipslaEtherJitterLatestMinSucFrmL

maxSuccframeLoss Integer Not null See MIB object:

ipslaEtherJitterLatestMaxSucFrmL

IAJitterOut Integer Null See MIB object:

ipslaEtherJitterLatestIAJOut

IAJitterIn Integer Null See MIB object:

ipslaEtherJitterLatestIAJIn

Table 62 Ethernet Jitter Minute Statistics Table (continued)



OL-25951-01


numframeoutOfSeq Double Not Null See MIB object:

ipslaEtherJitterLatestFrmOutSeq

numframeSkips Integer Not Null See MIB object:

ipslaEtherJitterLatestFrmSkipped

numframeUnpro Integer Not Null See MIB object:

ipslaEtherJLatestFrmUnProcessed

numframelate Integer Not Null See MIB object:

ipslaEtherJitterLatestFrmLateA

numframemia Integer Not Null See MIB object:

ipslaEtherJitterLatestFrmMIA

AvgRTT Numeric(30,6) Null Average of RTT

AvgPosSD Numeric(30,6) Null Average of positive SD

StdDevPosSD Numeric(30,6) Null Standard deviation of positive SD

AvgNegSD Numeric(30,6) Null Average of negative SD

StdDevNegSD Numeric(30,6) Null Standard deviation of negative SD

AvgPosDS Numeric(30,6) Null Average of positive DS

StdDevPosDS Numeric(30,6) Null Standard deviation of positive DS

AvgNegDS Numeric(30,6) Null Average of negative DS

StdDevNegDS Numeric(30,6) Null Standard deviation of negative DS


Table 62 Ethernet Jitter Minute Statistics Table (continued)



OL-25951-01


Ethernet_Jitter_Hourly_Stats Table

The Ethernet Jitter Hourly Statistics table is given in Table 63.

Table 63 Ethernet_Jitter_Hourly_Stats Table



primary key

Identifier





ipslaEtherJAggMeasuredRTTMin


ipslaEtherJAggMeasuredRTTMax


ipslaEtherJAggMeasuredNumRTTs


ipslaEtherJAggMeasuredRTTSums

SumRTT2 Double Not Null Sum square of RTT

See MIB object:

ipslaEtherJAggMeasuredRTTSum2Ls, ipslaEtherJAggMeasuredRTTSum2Hs.


ipslaEtherJAggMeasuredMinPosSD


ipslaEtherJAggMeasuredMaxPosSD


ipslaEtherJAggMeasuredNumPosSDs


ipslaEtherJAggMeasuredSumPosSDs

sum2posisd Double Not Null Sum square of positive SD

See MIB object:

ipslaEtherJAggMeasuredSum2PSDLs, ipslaEtherJAggMeasuredSum2PSDHs


ipslaEtherJAggMeasuredMinNegSD


OL-25951-01



ipslaEtherJAggMeasuredMaxNegSD


ipslaEtherJAggMeasuredNumNegSDs


ipslaEtherJAggMeasuredSumNegSDs

sum2negasd Double Not Null Sum square of negative SD

See MIB object:

ipslaEtherJAggMeasuredSum2NSDLs, ipslaEtherJAggMeasuredSum2NSDHs


ipslaEtherJAggMeasuredMinPosDS


ipslaEtherJAggMeasuredMaxPosDS


ipslaEtherJAggMeasuredNumPosDSes


ipslaEtherJAggMeasuredSumPosDSes

sum2posids Double Not Null Sum square of positive DS

See MIB object:

ipslaEtherJAggMeasuredSum2PDSLs, ipslaEtherJAggMeasuredSum2PDSHs


ipslaEtherJAggMeasuredMinNegDS


ipslaEtherJAggMeasuredMaxNegDS


ipslaEtherJAggMeasuredNumNegDSes


ipslaEtherJAggMeasuredSumNegDSes

Table 63 Ethernet_Jitter_Hourly_Stats Table (continued)



OL-25951-01


sum2negads Double Not Null Sum square of negative DS

See MIB object:

ipslaEtherJAggMeasuredSum2NDSLs, ipslaEtherJAggMeasuredSum2NDSLs

numcomplete Integer Not Null See MIB object:

ipslaEtherJAggMeasured

Cmpletions

numoverthresh Integer Not Null See MIB object:

ipslaEtherJAggMeasuredOvThrshlds

numframeLossSD Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmLossSDs

numframeLossDS Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmLssDSes

minSuccframeLoss Integer Not Null See MIB object:

ipslaEtherJAggMinSucFrmLoss

maxSuccframeLoss Integer Not Null See MIB object:

pslaEtherJAggMaxSucFrmLoss

IAJitterOut Integer Null See MIB object:

ipslaEtherJAggMeasuredIAJOut

IAJitterIn Integer Null See MIB object:

ipslaEtherJAggMeasuredIAJIn

numerror Integer Not Null See MIB object:

ipslaEtherJAggMeasuredErrors

numbusy Integer Not Null See MIB object:

ipslaEtherJAggMeasured

Busies

numframeoutOfSeq Double Not Null See MIB object:

ipslaEtherJAggMeasuredrmOutSeqs

numframeSkips Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmSkippds

numframeUnpro Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmUnPrcds




OL-25951-01


Ethernet_Jitter_Daily_Stats Table

All the column values other than the Collector ID and Start Time are average values from the hourly table. Table 64.

numframelate Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmLateAs

numframemia Integer Not Null See MIB object:

ipslaEtherJAggMeasuredFrmMIAes

AvgRtt Numeric(30,6) Not Null Average of RTT

Error_Percent Numeric(30,6) Not Null Error percentage


AvgPosSD Numeric(30,6) Not Null Average of positive SD

StdDevPosSD Numeric(30,6) Not Null Standard deviation of positive SD

AvgNegSD Numeric(30,6) Not Null Average of negative SD

StdDevNegSD Numeric(30,6) Not Null Standard deviation of negative SD

AvgPosDS Numeric(30,6) Not Null Average of positive DS

StdDevPosDS Numeric(30,6) Not Null Standard deviation of positive DS

AvgNegDS Numeric(30,6) Not Null Average of negative DS

StdDevNegDS Numeric(30,6) Not Null Standard deviation of negative DS

PacketErrorPercent Numeric(30,6) Null Packet error percentage

OverThresholdPercent Numeric(30,6) Null Overthreshold percentage





Table 64 Ethernet_Jitter_Daily_Stats Table




starttime Timestamp Not Null Start time of the day

rttmin Integer Not Null Average of all MinRTT

rttmax Integer Not Null Average of all MaxRTT

numrtt Integer Not Null Number of RTT

sumrtt Integer Not Null Sum of RTT

sumrtt2 Double Not Null Sum of the squares of RTT




OL-25951-01









sum2negasd Double Not Null Sum square of negative SD





sum2posids Double Not Null Sum square of positive DS


maxofnegads Integer Not Null Maximum of negative Ds



sum2negads Double Not Null Sum square of negative DS


numoverthresh Integer Not Null Number of over threshold

numframeLossSD Integer Not Null Number of frame loss SD

numframeLossDS Integer Not Null Number of frame loss DS

minSuccframeLoss Integer Not Null Minimum of successful frame loss

maxSuccframeLoss Integer Not Null Maximum of successful frame loss

IAJitterOut Integer Null IA jitter out

IAJitterIn Integer Null IA jitter In



numframeoutOfSeq Double Not Null Number of frame out of sequence

numframeSkips Integer Not Null Number of frame skips

numframeUnpro Integer Not Null Number of unprocessed frames

numframelate Integer Not Null Number of late frames

numframemia Integer Not Null Number of frame MIA



Table 64 Ethernet_Jitter_Daily_Stats Table (continued)



OL-25951-01


Ethernet_Jitter_Weekly_Stats Table







AvgPosDS Numeric(30,6) Not Null Avergae of positve DS

StdDevPosDS Numeric(30,6) Not Null Standared deviation of positive DS



PacketErrorPercent Numeric(30,6) Null Packet error percenatge

OverThresholdPercent Numeric(30,6) Null Overthershold percentage

StdDevRTT Numeric(30,6) Null Standard devaition of RTT


Table 64 Ethernet_Jitter_Daily_Stats Table (continued)


Table 65 Ethernet_Jitter_Weekly_Stats Table






MaxRTT Integer Not Null Average of all MaxRTT

NumRTT Integer Not Null Number of RTT

SumRTT Integer Not Null Sum of RTT

SumRTT2 Double Not Null Sum of the square of RTT










OL-25951-01



sum2negasd Double Not Null Sum of the square of negative SD





sum2posids Double Not Null Sum of the square of positive DS





sum2negads Double Not Null Sum of the square of negative DS













numframeUnpro Integer Not Null Number of frames un processed










AvgPosDS Numeric(30,6) Not Null Avergae of positve DS

StdDevPosDS Numeric(30,6) Not Null Standared deviation of positive DS

Table 65 Ethernet_Jitter_Weekly_Stats Table (continued)



OL-25951-01


Ethernet_Jitter_Monthly_Stats Table





OverThresholdPercent Numeric(30,6) Null Overthershold percentage



Table 65 Ethernet_Jitter_Weekly_Stats Table (continued)


Table 66 Ethernet_Jitter_Monthly_Stats Table




starttime Timestamp Not Null Start time of the month



NumRTT Integer Not Null Number of RTT

SumRTT Integer Not Null Sum of RTT

SumRTT2 Double Not Null Sum of the square of RTT





sum2posisd Double Not Null Sum of the square of positive SD





sum2negasd Double Not Null Sum of the square of negative SD





sum2posids Double Not Null Sum of the square of positive DS


OL-25951-01






sum2negads Double Not Null Sum of the square of negative DS


numoverthresh Integer Not Null Number of over threshold











numframeUnpro Integer Not Null Number of frames un processed










AvgPosDS Numeric(30,6) Not Null Average of positive DS

StdDevPosDS Numeric(30,6) Not Null Standard deviation of positive DS





Numeric(30,6) Null Over threshold percentage



Table 66 Ethernet_Jitter_Monthly_Stats Table (continued)



OL-25951-01


Http_Minute_Stats Table

The HTTP Minute Statistics table is given in Table 67.

Table 67 Http_Minute_Stats Table


rowID Numeric(10) IDENTITY,

primary key

Unique Identifier


Primary Key

Collector (Running Instance) ID


starttime Timestamp Not null Start time

RTT Integer Not null See MIB object:

rttMonLatestHTTPOperRTT


DNSRTT Integer Not null See MIB object:

rttMonLatestHTTPOperDNSRTT


TCPConnectRTT Integer Not null See MIB object:

rttMonLatestHTTPOperCPConnectRTT


TransactionRTT Integer Not null See MIB object:

rttMonLatestHTTPOperTransactionRTT


MessageBodyOctets Integer Not null See MIB object:

rttMonLatestHTTPOperMessageBodyOctets



OL-25951-01


Http_Hourly_Stats Table

The HTTP Hourly Statistics table is given in Table 68.

Table 68 Http_Hourly_Stats Table


rowID Numeric(10) IDENTITY,

primary key

Unique identifier


Primary Key

Collector (Running Instance) ID




rttMonHTTPStatsRTTMin



rttMonHTTPStatsRTTMax



rttMonHTTPStatsRTTSum


SumOfSquaredRTT Double Not Null Sum of the square of all RTT.

See MIB object:

rttMonHTTPStatsRTTSum2Low, rttMonHTTPStatsRTTSum2High

DNSRTTSum Integer Not Null See MIB object:

rttMonHTTPStatsDNSRTTSum


TCPConnectRTTSum Integer Not Null See MIB object:

rttMonHTTPStatsTCPConnectRTTSum


TransactionRTTSum Integer Not Null See MIB object:

rttMonHTTPStatsTransactionRTTSum



OL-25951-01


MessageBodyOctetsSum Integer Not Null See MIB object:

rttMonHTTPStatsMessageBodyOctetsSum


DNSServerTimeouts Integer Not Null See MIB object:

rttMonHTTPStatsDNSServerTimeout


TCPConnectTimeouts Integer Not Null See MIB object:

rttMonHTTPStatsTCPConnectTimeout


TransactionTimeouts Integer Not Null See MIB object:

rttMonHTTPStatsTransactionTimeout


DNSQueryErrors Integer Not Null See MIB object:

rttMonHTTPStatsDNSQueryError


HttpErrors Integer Not Null See MIB object:

rttMonHTTPStatsHTTPError


InternalErrors Integer Not Null See MIB object:

rttMonHTTPStatsError



See MIB object:

rttMonHTTPStatsBusies



See MIB object:

rttMonHTTPStatsCompletions


Table 68 Http_Hourly_Stats Table (continued)



OL-25951-01


Http_Daily_Stats Table

All the column values other than the Collector ID and Start Time are average values from the hourly table. Table 69.


See MIB object:

rttMonHTTPStatsOverThresholds







AvgDNSRTT Numeric(30) Not Null Average DNS RTT

AvgTCPConnectRTT Numeric(30) Not Null Average of TCP connect RTT

AvgTransactionRTT Numeric(30) Not Null Average of transaction RTT

AvgMessageBodyOctets Numeric(30) Not Null Average of messagebodyoctets

Table 68 Http_Hourly_Stats Table (continued)


Table 69 Http_Daily_Stats Table


CollectorID Bigint IDENTITY, Primary Key



Start Time date Not Null Start time of the day

MinRTT Integer Not Null Average of all MinRTT.



SumOfSquaredRTT Double Not Null Sum of the square of all RTT

DNSRTTSum Integer Not Null Sum of DNSRTT

TCPConnectRTTSum Integer Not Null Sum of TCPConnectRTT

TransactionRTTSum Integer Not Null Sum of TransactionRTT

MessageBodyOctetsSum Integer Not Null Sum of MessageBodyOctets

DNSServerTimeouts Integer Not Null DNSServer Timeouts

TCPConnectTimeouts Integer Not Null TCPConnect Timeouts

TransactionTimeouts Integer Not Null Transaction Timeouts


OL-25951-01


Http_Weekly_Stats Table


DNSQueryErrors Integer Not Null DNSQuery Errors

HttpErrors Integer Not Null Http Errors

InternalErrors Integer Not Null Internal Errors





StdDevRTT Numeric(30 Null Standard deviation of RTT


OverThresholdPercent Numeric(30) Null Overthreshold percentage

Error_Percent Numeric(30 Not Null Error percentage

AvgDNSRTT Numeric(30 Not Null Average DNS RTT

AvgTCPConnectRTT Numeric(30 Not Null Average of TCP connect RTT

AvgTransactionRTT Numeric(30 Not Null Average of transaction RTT

AvgMessageBodyOctets Numeric(30 Not Null Average of messagebodyoctets

Table 69 Http_Daily_Stats Table (continued)


Table 70 Http_Weekly_Stats Table



Primary Key



Start Time date Not Null Start time of the week







TransactionRTTSum Integer Not Null Sum of TransactionRTT



OL-25951-01












StdDevRTT Integer Null Standard deviation of RTT



Error_Percent Integer Not Null Error percentage

AvgDNSRTT Integer Not Null Average DNS RTT

AvgTCPConnectRTT Integer Not Null Average of TCP connect RTT

AvgTransactionRTT Integer Not Null Average of transaction RTT

AvgMessageBodyOctets Integer Not Null Average of messagebodyoctets

Table 70 Http_Weekly_Stats Table (continued)



OL-25951-01


Http_Monthly_Stats Table


Table 71 Http_Monthly_Stats Table


CollectorID Bigint Not Null Collector (Running Instance) ID


Start Time date Not Null Start time of the month

RTTMin Integer Not Null Average of all MinRTT.

RTTMax Integer Not Null Average of all MaxRTT.

RTTSum Integer Not Null Sum of all RTT




TransactionRTT

Sum

Integer Not Null Sum of TransactionRTT















Numeric(30) Null Overthreshold percentage


AvgDNSRTT Numeric(30) Not Null Average DNS RTT

AvgTCPConnectRTT Numeric(30) Not Null Average of TCP connect RTT

AvgTransactionRTT Numeric(30) Not Null Average of transaction RTT

AvgMessageBodyOctets Numeric(30) Not Null Average of messagebodyoctets


OL-25951-01


PATHECHO_Hourly_Stats Table

The Pathecho Hourly Statistics table is given in Table 72.

Table 72 PATHECHO_Hourly_Stats Table



primary key

Unique Identifier



PathID Integer Null Path ID.

Reference to

pathinfo(path ID)

HopID Integer Null Hop ID

HopAddress Varchar(255) Null Hop address

See MIB object:

rttMonStatsCollectAddress

StartTime Timestamp Not Null Start time for the hourly bucket

MinRTT Integer Not Null Minimum of RTT

See MIB object:

rttMonStatsCaptureCompletionTimeMin

MaxRTT Integer Not Null Maximum of RTT

See MIB object:

rttMonStatsCaptureCompletionTimeMax


See MIB object:

rttMonStatsCaptureSumCompletionTime

SumSqrdRTT Integer Not Null Sum of the square of all RTT

See MIB object:

rttMonStatsCaptureSumCompletionTime2Low, rttMonStatsCaptureSumCompletionTime2High


See MIB object:

rttMonStatsCaptureCompletions


OL-25951-01



See MIB object:

rttMonHTTPStatsOverThresholds


NumDisconnects Integer Not Null Number of disconnects.

See MIB object:

rttMonStatsCollectNumDisconnects


See MIB object:

rttMonStatsCollectTimeout

MIB type:

Integer32(0..2147483647)


See MIB object: rttMonStatsCollectBusies

NumNoConnections Integer Not Null Number of no connections

See MIB object:

rttMonStatsCollectNoConnections.


See MIB object:

rttMonStatsCollectDrops

NumSeqErrors Integer Not Null Number of sequence errors.

See MIB object:

rttMonStatsCollectSequenceErrors


See MIB object:

rttMonStatsCollectVerifyErrors


AvgRTT Numeric(30) Not Null Average of all RTT

StandardDeviation Numeric(30) Not Null Standard deviation

OverThres_Percent Numeric(30) Not Null Overthreshold percentage


Availability_ Percent Numeric(30) Not Null Availability Percent

Table 72 PATHECHO_Hourly_Stats Table (continued)



OL-25951-01


PATHECHO_Daily_Stats Table


Table 73 PATHECHO_Daily_Stats Table




PathID Integer Not Null Path ID.

See Pathinfo (path ID)

HopID Integer Not Null Hop ID

HopAddress Varchar(255) Not Null Hop address

StartTime date Not Null Start time of the day



















Availability_Percent Numeric(30) Not Null Availability percentage


OL-25951-01


PATHECHO_Weekly_Stats Table


Table 74 PATHECHO_Weekly_Stats Table



See collector(ID)


See pathinfo(pathID)



See MIBobject:

rttMonStatsCollectAddress

StartTime date Not Null Start time of the week











NumDrops Integer Not Null Number of drops


NumVerifyErrors Integer Not Null Number of verify errors.






Availability_Percent Numeric(30) Not Null Availability percentage


OL-25951-01


PATHECHO_Monthly_Stats Table


Table 75 PATHECHO_Hourly_Stats Table



See collector(ID)


See pathinfo(path ID)



StartTime date Not Null Start time of the month







NumDisconnects Integer Not Null Number of disconnects






NumVerifyErrors Integer Not Null Number of verify errors.








OL-25951-01


RTP_Minute_Stats Table

The RTP Minute Statisics table is given in Table 76.

Table 76 RTP_Minute_Stats Table




See collector(ID)

starttime Timestamp Not Null Start time

RTT Integer Null See MIB object:

rttMonLatestRtpOperRTT


IAJitterDS Integer Null See MIB object:

rttMonLatestRtpOperIAJitterDS


IAJitterSD Integer Null See MIB object:

rttMonLatestRtpOperPacketLossSD


packetLossDS Integer Null See MIB object:

rttMonLatestRtpOperPacketLossDS


packetLossSD Integer Null See MIB object:

rttMonLatestRtpOperPacketLossSD


RFactorDS Integer Null See MIB object:

rttMonLatestRtpOperRFactorDS


RFactorSD Integer Null See MIB object:

rttMonLatestRtpOperRFactorSD


MOSCQDS Numeric(30) Null See MIB object:

rttMonLatestRtpOperMOSCQDS


MOSCQSD Numeric(30) Null See MIB object:

rttMonLatestRtpOperMOSCQSD



OL-25951-01


frameLossDS Integer Null See MIB object:

rttMonLatestRtpOperFrameLossDS


MOSLQDS Numeric(30) Null See MIB object:

rttMonLatestRtpOperMOSLQDS


MIA Integer Null See MIB object:

rttMonLatestRtpOperPacketsMIA


totalPacketsDS Integer Null See MIB object:

rttMonLatestRtpOperTotalPaksDS


totalPacketsSD Integer Null See MIB object:

rttMonLatestRtpOperTotalPaksSD


outOfSequenceDS Integer Null Out of sequence of DS

See MIB object:

rttMonLatestRtpOperPacketOOSDS

earlyPacketsDS Integer Null Early packets of DS

See MIB object:

rttMonLatestRtpOperPacketEarlyDS

latePacketsDS Integer Null See MIB object:

rttMonLatestRtpOperPacketLateDS


AvgOWSD numeric(30,6 Not Null See MIB object: rttMonLatestRtpOperAvgOWSD


MinOWSD integer Not Null See MIB object: rttMonLatestRtpOperMinOWSD


MaxOWSD integer Not Null See MIB object: rttMonLatestRtpOperMaxOWSD


AvgOWDS numeric(30,6)

Not Null See MIB object: rttMonLatestRtpOperAvgOWDS


Table 76 RTP_Minute_Stats Table (continued)



OL-25951-01


RTP_Hourly_Stats Table

The RTP Hourly Statistics table is given in Table 77.

MinOWDS integer Not Null See MIB object: rttMonLatestRtpOperMinOWDS


MaxOWDS integer Not Null See MIB object: rttMonLatestRtpOperMaxOWDS


Table 76 RTP_Minute_Stats Table (continued)


Table 77 RTP_Hourly_Stats Table


rowID bigint Not Null Unique identifier

CollectorID bigint Not Null Collector (Running Instance) ID.

See to collector(ID)

starttime Timestamp Not Null Start time of the hourly bucket.

MinRTT Integer Null Minimum of RTT.

See MIB object:

rttMonStatsCaptureCompletionTimeMin

MIB type: Gauge (32bit)

MaxRTT Integer Null Maximum of RTT.

See MIB object: rttMonRtpStatsRTTMax


AvgRTT Numeric(30,6) Null See MIB object: rttMonRtpStatsRTTAvg


IAJitterDSMin Integer Null See MIB object:

rttMonRtpStatsIAJitterDSMin


IAJitterDSMax Integer Null See MIB object

rttMonRtpStatsIAJitterDSMax



OL-25951-01


IAJitterDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsIAJitterDSAvg


IAJitterSDMin Integer Null See MIB object:

rttMonRtpStatsIAJitterSDMin


IAJitterSDMax Integer Null See MIB object:

rttMonRtpStatsIAJitterSDMax


IAJitterSDAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsIAJitterSDAvg


packetLossDSMin Integer Null See MIB object:

rttMonRtpStatsPacketLossDSMin


packetLossDSMax Integer Null See MIB object:

rttMonRtpStatsPacketLossDSMax


packetLossDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketLossDSAvg


packetLossSDMin Integer Null See MIB object:

rttMonRtpStatsPacketLossSDMin


packetLossSDMax Integer Null See MIB object:

rttMonRtpStatsPacketLossSDMax


packetLossSDAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketLossSDAvg


RFactorDSMin Integer Null See MIB object:

rttMonRtpStatsRFactorDSMin


Table 77 RTP_Hourly_Stats Table (continued)



OL-25951-01


RFactorDSMax Integer Null See MIB object:

rttMonRtpStatsRFactorDSMax


RFactorDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsRFactorDSAvg


RFactorSDMin Integer Null See MIB object: rttMonRtpStatsRFactorSDMin


RFactorSDMax Integer Null See MIB object:

rttMonRtpStatsRFactorSDMax


RFactorSDAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsRFactorSDAvg


MOSCQDSMin Integer Null See MIB object:

rttMonRtpStatsMOSCQDSMin


MOSCQDSMax Integer Null See MIB object:

rttMonRtpStatsMOSCQDSMax


MOSCQDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsMOSCQDSAvg


MOSCQSDMin Integer Null See MIB object:

rttMonRtpStatsMOSCQSDMin


MOSCQSDMax Integer Null See MIB object:

rttMonRtpStatsMOSCQSDMax


MOSCQSDAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsMOSCQSDAvg


frameLossDSMin Integer Null See MIB object:

rttMonRtpStatsFrameLossDSMin





OL-25951-01


frameLossDSMax Integer Null See MIB object:

rttMonRtpStatsFrameLossDSMax


frameLossDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsFrameLossDSAvg


MOSLQDSMin Numeric(30,6) Null See MIB object:

rttMonRtpStatsMOSLQDSMin


MOSLQDSMax Numeric(30,6) Null See MIB object:

rttMonRtpStatsMOSLQDSMax


MOSLQDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsMOSLQDSAvg


miaAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketsMIAAvg


totalPacketsDSMin Integer Null See MIB object:

rttMonRtpStatsTotalPacketsDSMin


totalPacketsDSMax Integer Null See MIB object:

rttMonRtpStatsTotalPacketsDSMax


totalPacketsDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsTotalPacketsDSAvg


totalPacketsSDMin Integer Null See MIB object:

rttMonRtpStatsTotalPacketsSDMin


totalPacketsSDMax Integer Null See MIB object:

rttMonRtpStatsTotalPacketsSDMax





OL-25951-01


totalPacketsSDAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsTotalPacketsSDAvg


outOfSequenceDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketOOSDSAvg


earlyPacketsDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketEarlyDSAvg


latePacketsDSAvg Numeric(30,6) Null See MIB object:

rttMonRtpStatsPacketLateDSAvg


AvgOWSD numeric(30,6 Not Null See MIB object: rttMonRtpStatsOperAvgOWSD


MinOWSD integer Not Null See MIB object: rttMonRtpStatsOperMinOWSD


MaxOWSD integer Not Null See MIB object: rttMonRtpStatsOperMaxOWSD


AvgOWDS numeric(30,6) Not Null See MIB object: rttMonRtpStatsOperAvgOWDS


MinOWDS integer Not Null See MIB object: rttMonRtpStatsOperMinOWDS


MaxOWDS integer Not Null See MIB object: rttMonRtpStatsOperMaxOWDS





OL-25951-01


RTP_Daily_Stats Table

All the column values other than the Collector ID and Start Time are average values from the hourly table. See Table 78

Table 78 RTP_Daily_Stats Table



See collector(ID)


MinRTT integer Not Null Average of all MinRTT.

MaxRTT integer Not Null Average of all MaxRTT.

AvgRTT numeric(30,6) Not Null Average of RTT

IAJitterDSMin integer Not Null Minimum of IAJitterDS

IAJitterDSMax integer Not Null Maximum of IAJitterDS

IAJitterDSAvg numeric(30,6) Not Null Average of IAJitterDS

IAJitterSDMin integer Not Null Minimum of IAJitterSD

IAJitterSDMax integer Not Null Maximum of IAJitterSD

IAJitterSDAvg numeric(30,6) Not Null Average of IAJitterSD

packetLossDSMin integer Not Null Minimum of packetLossDS

packetLossDSMax integer Not Null Maximum of packetLossDS

packetLossDSAvg numeric(30,6) Not Null Average of packetLossDS

packetLossSDMin integer Not Null Minimum of packetLossSD

packetLossSDMax integer Not Null Maximum of packetLossSD

packetLossSDAvg numeric(30,6) Not Null Average of packetLossSD

RFactorDSMin integer Not Null Minimum of RFactorDS

RFactorDSMax integer Not Null Maximum of RfactorDS

RFactorDSAvg numeric(30,6) Not Null Average of RfactorDS

RFactorSDMin integer Not Null Minimum of RFactorSD

RFactorSDMax integer Not Null Maximum of RfactorSD

RFactorSDAvg numeric(30,6) Not Null Average of RfactorSD

MOSCQDSMin numeric(30,6) Not Null Minimum of MOSCQDS

MOSCQDSMax numeric(30,6) Not Null Maximum of MOSCQDS

MOSCQDSAvg numeric(30,6) Not Null Average of MOSCQDS

MOSCQSDMin numeric(30,6) Not Null Minimum of MOSCQSD

MOSCQSDMax numeric(30,6) Not Null Maximum of MOSCQSD

MOSCQSDAvg numeric(30,6) Not Null Average of MOSCQSD

frameLossDSMin integer Not Null Minimum of frameLossDS

frameLossDSMax integer Not Null Maximum of frameLossDS


OL-25951-01


frameLossDSAvg numeric(30,6) Not Null Average of frameLossDS

MOSLQDSMin numeric(30,6) Not Null Minimum of MOSLQDS

MOSLQDSMax numeric(30,6) Not Null Maximum of MOSLQDS

MOSLQDSAvg numeric(30,6) Not Null Average of MOSLQDS

miaAvg numeric(30,6) Not Null Average of MIA

totalPacketsDSMin integer Not Null Minimum of totalPacketsDS

totalPacketsDSMax integer Not Null Maximum of totalPacketsDS

totalPacketsDSAvg numeric(30,6) Not Null Average of totalPacketsDS

totalPacketsSDMin integer Not Null Minimum of totalPacketsSD

totalPacketsSDMax integer Not Null Maximum of totalPacketsSD

totalPacketsSDAvg numeric(30,6) Not Null Average of totalPacketsSD

outOfSequenceDSAvg numeric(30,6) Not Null Average of outOfSequenceDS

earlyPacketsDSAvg numeric(30,6) Not Null Average of earlyPacketsDS

latePacketsDSAvg numeric(30,6) Not Null Average of latePacketsDS













Table 78 RTP_Daily_Stats Table (continued)



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RTP_Weekly _Stats Table


Table 79 RTP_Weekly _Stats Table




starttime Timestamp Not Null Start time of the week

MinRTT double Not Null Average of all MinRTT.

MaxRTT double Not Null Average of all MaxRTT.


IAJitterDSMin double Not Null Minimum of IAJitterDS

IAJitterDSMax double Not Null Maximum of IAJitterDS


IAJitterSDMin double Not Null Minimum of IAJitterSD

IAJitterSDMax double Not Null Maximum of IAJitterSD


packetLossDSMin double Not Null Minimum of packetLossDS

packetLossDSMax double Not Null Maximum of packetLossDS


packetLossSDMin double Not Null Minimum of packetLossSD

packetLossSDMax double Not Null Maximum of packetLossSD


RFactorDSMin double Not Null Minimum of RFactorDS

RFactorDSMax double Not Null Maximum of RfactorDS


RFactorSDMin double Not Null Minimum of RFactorSD

RFactorSDMax double Not Null Maximum of RfactorSD








frameLossDSMin double Not Null Minimum of frameLossDS

frameLossDSMax double Not Null Maximum of frameLossDS


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totalPacketsDSMin double Not Null Minimum of totalPacketsDS

totalPacketsDSMax double Not Null Maximum of totalPacketsDS


totalPacketsSDMin double Not Null Minimum of totalPacketsSD

totalPacketsSDMax double Not Null Maximum of totalPacketsSD

















Table 79 RTP_Weekly _Stats Table (continued)



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RTP_Monthly_Stats Table

The RTP Monthly Statistics table is given in Table 80.

Table 80 RTP_Monthly_Stats Table



See to collector(ID)

starttime Timestamp Not Null Start time of the month

MinRTT double Not Null Average of all MinRTT.

MaxRTT double Not Null Average of all MaxRTT.


IAJitterDSMin double Not Null Minimum of IAJitterDS

IAJitterDSMax double Not Null Maximum of IAJitterDS


IAJitterSDMin double Not Null Minimum of IAJitterSD

IAJitterSDMax double Not Null Maximum of IAJitterSD


packetLossDSMin double Not Null Minimum of packetLossDS

packetLossDSMax double Not Null Maximum of packetLossDS


packetLossSDMin double Not Null Minimum of packetLossSD

packetLossSDMax double Not Null Maximum of packetLossSD


RFactorDSMin double Not Null Minimum of RFactorDS

RFactorDSMax double Not Null Maximum of RfactorDS


RFactorSDMin double Not Null Minimum of RFactorSD

RFactorSDMax double Not Null Maximum of RfactorSD



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frameLossDSMin double Not Null Minimum of frameLossDS

frameLossDSMax double Not Null Maximum of frameLossDS






totalPacketsDSMin double Not Null Minimum of totalPacketsDS

totalPacketsDSMax numeric(30,6) Not Null Maximum of totalPacketsDS


totalPacketsSDMin double Not Null Minimum of totalPacketsSD

totalPacketsSDMax double Not Null Maximum of totalPacketsSD





Table 80 RTP_Monthly_Stats Table (continued)



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video_oper Table

The Video Operation table is given in Table 81.













Table 80 RTP_Monthly_Stats Table (continued)


Table 81 video_oper Table


OperationID bigint PRIMARY Reference to operation(ID)

srcPort integer Not Null Source Port number

tgtPort integer Not Null Target Port number


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Video_Minute_Stats Table

The Video Minute Statistics table is given in Table 82.

callDuration integer Not Null Call duration in the range of 1 — 600 seconds. Default is 20 seconds.

profileName varchar(255) Not Null Name of the video profile denoting the type of Video traffic.

The profiles could be IPTV, IPVSC, and Telepresence.

Table 81 video_oper Table (continued)

Table 82 Video_Minute_Stats Table


rowid bigint Not Null Unique identifier

starttime timestamp Not Null Start time of the collector

minofposisd integer Not Null Minimum of positive SD

maxofposisd integer Not Null Maximum of positive SD

AvgPosSD numeric(30,6) Not Null Average of positive SD

numofposisd integer Not Null Number of positive SD

sumofposisd integer Not Null Sum of positive SD

sum2posisd double Not Null Sum squared of positive SD

StdDevPosSD numeric(30,6) Not Null Standard deviation of positive SD

minofnegasd integer Not Null Minimum of negative SD

maxofnegasd integer Not Null Maximum of negative SD

AvgNegSD numeric(30,6) Not Null Average of negative SD

numofnegasd integer Not Null Number of negative SD

sumofnegasd integer Not Null Sum of negative SD

sum2negasd double Not Null Sum squared of negative SD

StdDevNegSD numeric(30,6) Not Null Standard deviation of negative SD

NumOfOWSD integer Not Null Number of one way SD

SumOWSD double Not Null Sum of one way SD

Sum2OWSD double Not Null Sum squared of one way SD

StddevOWSD numeric(30,6) Not Null Standard deviation of one way SD

AvgOWSD numeric(30,6) Not Null Average of positive one way SD

MinOWSD integer Not Null Minimum of one way SD

MaxOWSD integer Not Null Maximum of one way SD

numpacketlossSD integer Not Null Number of packet loss SD

PktOutSeq integer Not Null Number of packet out sequence


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Video_Hourly_Stats Table

The Video Hourly Statistics table is given in Table 83.

PktLateArrival integer Not Null Number of packet arrived late

UnSyncRTs integer Not Null Number of unsync round trips

AvgJitterSD integer Not Null Average Jitter SD

IAJOut integer Not Null Inter-arrival Jitter Out

IPDVAvgSDJ integer Not Null Source to Destination IPDV average jitter

VideoSense integer Not Null Application specific sense code for the completion status.

NTPState integer Not Null Value of sync(1) means sender and responder was in sync with NTP

ErrorSenseDescr varchar Not Null Sense description for the completion status of the latest video operation.


Table 82 Video_Minute_Stats Table (continued)

Table 83 Video_Hourly_Stats Table



numvideoCompletions integer Not Null Number of video completions

numOverThresholds integer Not Null Number of overthresholds















NumOfOW integer Not Null Number of one way SD



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Video_Daily_Stats Table

The Video Daily Statistics table is given in Table 84.









PktSkipped integer Not Null Number of packet skipped

Errors integer Not Null Number of errors

Busies integer Not Null Number of busies




IAJIn integer Not Null Inter-arrival Jitter In

numTries integer Not Null Number of tries

Error_perc numeric(30,6) Not Null Error percentage

OverThreshold_perc numeric(30,6) Not Null Over threshold percentage

Completion_perc numeric(30,6) Not Null Completion percentage

Packet_Error_perc numeric(30,6) Not Null Packet error percentage


Table 83 Video_Hourly_Stats Table (continued)

Table 84 Video_Daily_Stats Table













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Table 84 Video_Daily_Stats Table (continued)


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Video_Weekly_Stats Table

The Video Weekly Statistics table is given in Table 85.

Table 85 Video_Weekly_Stats Table




































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Video_Monthly_Stats Table

The Video Monthly Statistics table is given in Table 86.








Table 85 Video_Weekly_Stats Table (continued)

Table 86 Video_Monthly_Stats Table



























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Notices

NoticesThe following notices pertain to this software license:

• OpenSSL/Open SSL Project

OpenSSL/Open SSL ProjectThis product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/).

This product includes cryptographic software written by Eric Young ([email protected]).

This product includes software written by Tim Hudson ([email protected]).

















Table 86 Video_Monthly_Stats Table (continued)


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http://www.openssl.org/

Notices

License Issues

The OpenSSL toolkit stays under a dual license, i.e. both the conditions of the OpenSSL License and the original SSLeay license apply to the toolkit. See below for the actual license texts. Actually both licenses are BSD-style Open Source licenses. In case of any license issues related to OpenSSL please contact [email protected].

OpenSSL License:

Copyright © 1998-2007 The OpenSSL Project. All rights reserved.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

1. Redistributions of source code must retain the copyright notice, this list of conditions and the following disclaimer.

2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions, and the following disclaimer in the documentation and/or other materials provided with the distribution.

3. All advertising materials mentioning features or use of this software must display the following acknowledgment: “This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/)”.

4. The names “OpenSSL Toolkit” and “OpenSSL Project” must not be used to endorse or promote products derived from this software without prior written permission. For written permission, please contact [email protected].

5. Products derived from this software may not be called “OpenSSL” nor may “OpenSSL” appear in their names without prior written permission of the OpenSSL Project.

6. Redistributions of any form whatsoever must retain the following acknowledgment:

“This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/)”.

THIS SOFTWARE IS PROVIDED BY THE OpenSSL PROJECT “AS IS”' AND ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE OpenSSL PROJECT OR ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

This product includes cryptographic software written by Eric Young ([email protected]). This product includes software written by Tim Hudson ([email protected]).


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Notices

Original SSLeay License:

Copyright © 1995-1998 Eric Young ([email protected]). All rights reserved.

This package is an SSL implementation written by Eric Young ([email protected]).

The implementation was written so as to conform with Netscapes SSL.

This library is free for commercial and non-commercial use as long as the following conditions are adhered to. The following conditions apply to all code found in this distribution, be it the RC4, RSA, lhash, DES, etc., code; not just the SSL code. The SSL documentation included with this distribution is covered by the same copyright terms except that the holder is Tim Hudson ([email protected]).

Copyright remains Eric Young’s, and as such any Copyright notices in the code are not to be removed. If this package is used in a product, Eric Young should be given attribution as the author of the parts of the library used. This can be in the form of a textual message at program startup or in documentation (online or textual) provided with the package.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

1. Redistributions of source code must retain the copyright notice, this list of conditions and the following disclaimer.

2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.

3. All advertising materials mentioning features or use of this software must display the following acknowledgement:

“This product includes cryptographic software written by Eric Young ([email protected])”.

The word ‘cryptographic’ can be left out if the routines from the library being used are not cryptography-related.

4. If you include any Windows specific code (or a derivative thereof) from the apps directory (application code) you must include an acknowledgement: “This product includes software written by Tim Hudson ([email protected])”.

THIS SOFTWARE IS PROVIDED BY ERIC YOUNG “AS IS” AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

The license and distribution terms for any publicly available version or derivative of this code cannot be changed. i.e. this code cannot simply be copied and put under another distribution license [including the GNU Public License].

Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: www.cisco.com/go/trademarks. Third-party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R)

Open Database Schema Support in Cisco Prime LAN Management Solution 4.2Copyright © 1998-2012, Cisco Systems, Inc. All rights reserved.


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