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    Managing the Topology View

    Viewing the Network Topology

    Topology View enables you to view all the discovered devices in your network, overlaid on a map. You can create sites, buildings, floors, outdoor areas, closets, and racks by using the Location wizard in Topology View. You can use the Topology View to zoom in or zoom out of a site or a building. You can also see the connectivity between a device and its immediate neighbors, alarms details, port details, and so on. An example of how the topology map looks like after you have added the location details is shown in Figure 1.

    Figure 1: Main Topology Window

    Main Topology Window

    The topology display is created by layering the device images on top of the imported floor plan images.

    In addition to the tasks outlined in the Topology View Tasks, you can perform the following tasks from the Topology View pane:

    • Zoom In and Zoom Out—You can use the zoom in () or zoom out() buttons to get a detailed or high-level view. Network Director enables you to zoom in and view details up to the rack level, if you have defined racks and assigned devices to the rack.
    • Pan—Network Director enables you to pan the topolog. You can move the devices to different parts on the topology by holding the mouse button down and dragging to a specific part of the map.

      Network Director displays the sites, buildings, and geographical coordinates on the topology map based on the address specified while setting up the locations. However, you can move the devices around to another location by selecting, dragging, and dropping the device to the correct location. For example, you can move a site from a US site to a Bangalore site on the topology by using the Pan feature. This helps to determine the correct location of a site because while setting up the location details, it is not mandatory to provide the address information.

    • Search and Locate—You can search for all nodes such as sites, building, floors, specific devices, all devices in a floor, and so on by entering a search keyword or the complete name of the device in the Search field. On entering the search criteria, you might see the list of nodes or just one node based on the search criteria. When you select the node, Network Director locates the node and Topology View is panned to ensure the selected node is centered on the page. In cases where a device is at the edge of the map the corner is aligned accordingly to bring device in view.
    • View details—If you mouse over a entity (site, building, device), the entity gets highlighted and Network Director displays details such as the building name or IP address and the number of active alarms on that entity. A colored dot that appears on the upper right corner of the entity identifies whether there are alarms on the entity and the color of the dot indicates the severity level of the alarm. See Table 1 to know more about the alarm severity indicator for each alarm severity.

      Table 1: Alarm Severity Indicator

      Alarm severity

      Indicator

      Critical

      Major

      Minor

      Informational

      Note: Each of these entities might have alarms of different severities. Network Director displays the indicator based on the most severe alarm on an entity. For example, if a device has 3 informational alarms and one major alarm, Network Director displays the indicator for the major alarm  ().

    • Highlight and select View Device Connectivity—Select a device and click View Device Connectivity, View QFabric Connectivity, View VC/VCF Connectivity, or View Virtual Network Connectivity to view the selected device’s connectivity with other devices. Each of these tasks, except the View Device Connectivity, are visible only when you select a device that is part of a QFabric system, Virtual Chassis, Virtual Chassis Fabric, or a Virtual network. The device images are displayed along with details such as name, IP address, and the connectivity link between the devices.
    • Navigation—Use the navigation breadcrumbs at the top of the page to navigate through sites, buildings, floors, closets, or aisles. For there are more than one entities at any give level, you can use the Down arrow in the breadcrumb to navigate to that entity. For example, if you want to navigate from floor-1 in building-1 to floor-3 in building-2, you can use the down arrow in the building breadcrumb to select building-2 and the down arrow in the floor breadcrumb to select floor-3.
    • Host Information—You can use the button to expand the members to view the host details. You can also view the virtual machines if the host is a hypervisor and managed by Network Director.

    Refreshing the Topology

    You can refresh the devices discovered and managed by Network Director from the Tasks pane in the Topology View and the Datacenter View. You can add the Refresh Topology task to the Key tasks in both the views if you will use this task frequently.

    To refresh the device discovery process:

    1. Click Refresh Topology from Key Tasks or the Topology View, or from the Datacenter Discovery panes.

      The Refresh Discovery window is displayed along with the SNMP details that you specified in the discovery options in the Device Discovery task page.

      If you have not specified the SNMP details while discovering the devices, proceed to Step 3.

    2. Select the SNMP version from the SNMP version table and click Discover. The Refresh Topology window appears displaying the progress of the topology discovery.
    3. If SNMP version details are not displayed in the SNMP version table, click Add on the Refresh Discovery window.

      The Add SNMP Settings dialog box is displayed.

      Select either SNMP V1/V2C or SNMP V3. Based on the selection, you need to enter the details as follows:

      • If you selected SNMP V1/V2C, specify a community string, which can be public, private, or a predefined string.

        Click Add in the Add SNMP Settings dialog box or click Add More to add more strings to the community. If you click Add More, when you are done adding all the strings, click Add to save the SNMP settings for V1/V2C.

      • If you selected SNMP V3, specify the following:
        • Enter a username.
        • Select the privacy type (AES 128, DES, or None).
        • Enter the privacy password (if AES 128 or DES). If you specify none for the privacy type, the privacy function is disabled.
        • Select the authentication type (MD5, SHA, or none).
        • Enter the authentication password (if MD5 or SHA). If you specify none for the authentication type, the authentication function is disabled.
        • Click Add to save the SNMP settings and close the dialog box, or click Add More to add additional configurations. If you clicked Add More, click Add to save the settings and close the dialog box.

        The specified details are displayed in the SNMP version table.

    4. Click Discover.

      The Refresh Topology window is displayed, showing details of the device discovery.

    Viewing Topology

    The Refresh Topology window displays the refresh device discovery job details as described in Table 2.

    Table 2: Refresh Topology Job Details

    Field

    Description

    Job Name

    The Refresh topology job name along with the Job ID.

    Start Time

    The time at which the refresh discovery job is initiated.

    End Time

    The time at which the refresh discovery job is completed.

    Percentage Progress

    Displays the progress of the job in percentage. When the job is completed, displays 100 percentage.

    Status

    The status of the job. The status is In Progress until the job is completed.

    Target Devices Count

    The total number of targets for the discovery of devices.

    Discovered Devices Count

    The total number of discovered devices for which the SNMP parameters are specified.

    Note: In the Topology View, you can view the network connections of only those discovered devices for which LLDP, SNMP, and STP parameters are set.

    Discovered Subnets Count

    The total number of subnets discovered.

    Targets

    The Targets table displays the Management IP addresses of the devices discovered along with the status of the discovery process.

    Use the right and left arrows to navigate through the discovered pages. You can specify the details to be displayed in a page by selecting the show items list box and specifying the number of items to be displayed in one page.

    Click Close to close the Refresh Topology page and return to the main Topology page.

    Viewing Topology Discovery Job

    To view the discovery jobs in the Topology View and the Datacenter View, click View Topology Discovery Job. The Topology Discovery Jobs window opens displaying details of the topology related jobs as described in Table 3. To view any hidden column, mouse over column heading, select the down arrow, and then click Columns. Select the check box to display the hidden columns.

    Table 3: Job Details for Topology Discovery

    Field

    Description

    Job ID

    For each job-based task, the audit log includes a job ID.

    Job Name

    The name of the job.

    Percent

    The percentage of completion of the job.

    State

    The status of the job:

    • Success—Job completed successfully
    • Failure—Job failed and was terminated
    • Job Scheduled—Job is scheduled but has not yet started
    • In progress—Job is has started, but not completed
    • Cancelled—Job is cancelled

    Summary

    Summary of the job scheduled and executed with status.

    Scheduled Start Time

    The UTC time on the client computer when the job is scheduled to start.

    Actual Start Time

    The actual time when the job started.

    End Time

    The time when the job was completed.

    User

    The login ID of the user that initiated the task.

    Recurrence

    The recurrent time when the job will be restarted.

    To view the details of a topology discovery job, select a row and click Show Details. To cancel a scheduled job, select a job that is scheduled for a later time or a job that is in progress and click Cancel.

    Setting Up Locations

    You can set up locations and assign devices to these locations by setting up the Location View. To set up Location View, see Setting Up the Location View.

    Viewing the Alarm Details

    You can view the alarm details at site, building, floor, closet, aisle and rack levels. Based on the location node, the alarms are aggregated and displayed. That is, all the alarms for a particular building is aggregated and displayed at the building level. The alarms display as red, orange, yellow, and blue dots indicating critical, major, minor, and info alarms. Network Director updates and displays the alarm status changes in real time in the Topology view. To view the Alarm details for a device, navigate to the device level, select a device, and click one of the following options from Alarm in the Tasks pane:

    Discovering the Linux Hosts

    Based on the LLDP discovery method, you can discover the hosts for various Linux platforms such as Ubuntu, CentOS, and Red Hat by clicking Refresh Topology. You can also view the additional information in the tool tip that appears when you mouse over a host. These hosts also show icons that identify if a server is based on its respective platform. For example, if a server is a generic Linux server, a Linux icon is shown in the topology.

    Note: You must enable LLDP both on the switch and on the host.

    Displaying Device Connectivity

    At the device level, you can view the connectivity details of a device and the details of all the devices that are connected to the specified device by using Topology View in Network Director. The Device Connectivity View also displays various details about the selected device and the immediate neighbors. The level of detail that Network Director displays in the Device Connectivity View differs based on the type of device that you select.

    To view the connectivity details of a device:

    1. Do one of the following:
      • While in the Logical, Location, Device, or Custom View, select the device for which you want to view connectivity from the View pane and click Connectivity > View Device Connectivity from the Tasks pane.
      • In the Topology View, navigate to a device in a building, floor, outdoor area, closet or rack and select the device for which you want to view the connectivity details and click Connectivity > View Device Connectivity from the Topology Tasks pane.

        Note: The Connectivity task container is available only after you select a device.

      The Device Connectivity page opens. You can view the device connectivity details either in graphical view or in grid view. The default view is the graphical view.

      In the graphical view, the device is displayed in the center and its network connectivity to all the connected devices are displayed as in Figure 2. Mouse over a device to view details of the highlighted device.

      Note: If the selected device is connected to a device that is not a Juniper Networks device, the latter appears dimmed in the Device Connectivity page indicating that the device is not managed by Network Director.

      Figure 2: Displaying the Connection Details in Graphical View

      Displaying
the Connection Details in Graphical View

      If the selected device is connected to more than sixty devices, then all the connected devices are highlighted in a circular form or a grid form. If the selected device is connected to less than 60 devices, then the links between the interconnected devices are displayed.

      The device images are displayed along with details such as name, IP address, and alarm state information in colored labels that provide health and reachability information. You can also view the details of the hosts or virtual machines that are connected to the switches.

      You can view the following details in the Device Connectivity - Graphical view:

      • Name—The name of the device provided while configuring the device. The device name is displayed as a label.
      • IP—The IP address of the device.
      • Family—The family or platform to which the device belongs to. Family can be an JUNOS-EX, JUNOS-QFX, JUNOS-QF, MSSOS, and WLC-AP.
      • Serial Number—Serial number of the device.
      • Alarms—The alarm details displaying the number of critical, major, minor alarms, or info for the device. Alarms details are color coded to indicate their severity level as shown in Figure 3. Network Director updates and displays the alarm status changes in real time in the Topology view.

        Figure 3: Alarm Indicator

        Alarm Indicator
      • Connection State—Connection status of the device. Connection state can be UP, DOWN or N/A. Network Director updates and displays the connection state changes in real time in the Topology view.
      • Link status—Indicates whether the link between two devices is UP or DOWN as shown in Figure 4. Network Director updates and displays the link status changes in real time in the Topology view.
      • LAG—Identifies connections that are configured as LAGs as shown in Figure 5.

        Figure 5: LAGs in the Device Connectivity view

        LAGs in the Device Connectivity
view

      You can view the following details of the virtual machine that are connected to hosts:

      • Virtual Machine—Name of the virtual machine.
      • Host Name—Name of the host to which the virtual machine is connected to.
      • VNetwork—Name of the virtual network.
      • OS—Name of the operating system on which the virtual machine is running.
      • Connection State—Connection status of the virtual machine. Connection state can be UP, DOWN or N/A.
      • Power State—State of the power supply: Powered On or Powered Off.
    2. Click Show Grid View to view the device connectivity details in a tabular format as displayed in Figure 6.

      Figure 6: Displaying the Connection Details in Grid View

      Displaying
the Connection Details in Grid View

      The following details are displayed in the table:

      • Source Node—Name of the device specified while configuring the device.
      • Source Port—Source port of the device.
      • Source Port Bandwidth %—Realtime percentage of bandwidth utilized at the source port.
      • Destination Node—Name of the device or devices the device is connected to.
      • Destination port—The port number on the destination device to which the source device is connected to.
      • Destination Port Bandwidth %—Realtime percentage of bandwidth utilized at the destination port.
      • Link Status—Indicates if the link to the device is UP or DOWN.

      You can sort the details in the table in the ascending order or descending order for each column. You can also use filters to display only the desired device connectivity details.

    Displaying QFabric Connectivity

    You can view the QFabric devices available in your network by navigating to the rack, closet, or floors from the Topology View. Alternatively, you can search for the QFabric devices by entering a search criteria in the Search field. You can also assign the QFabric devices to a rack, closet, or floor from Topology View.

    Network Director enables you to view the data plane topology and the control plane topology from the Fabric Connectivity page. Data plane is a redundant, high-performance, and scalable data plane that carries QFabric system data traffic. Control plane constitutes of the internal network connection that carries control traffic between the various QFabric system components such as node devices, interconnect devices, director group processes, and the control plane Ethernet switches.

    You can view the connection details of the QFabric Interconnects with the nodes by using all views except the Dashboard View and Datacenter View.

    To view the connection details of the QFabric devices:

    Do one of the following:

    • While in the Logical, Location, Device, or Custom View, select the device for which you want to view the QFabric connectivity from the View pane and click Connectivity > View QFabric Connectivity from the Tasks pane.
    • In the Topology View, navigate to a device in a building, floor, outdoor area, closet or rack and select the device for which you want to view the connectivity details and click Connectivity > View QFabric Connectivity from the Topology Tasks pane.

      Note: The Connectivity task container is available only after you select a device.

    Click Connectivity > View QFabric Connectivity from the Tasks pane. Network Director displays the QFabric connectivity in the Data plane—with the interconnect in the center surrounded by the nodes— as shown in Figure 7. Mouse over a device to view the port details and the connection state of that device.

    By default, Network Director displays the Data plane topology for the selected QFabric. To view the control plane topology, click Control Plane.

    Figure 7: Displaying the Data Plane Connectivity for a QFabric Switch

    Displaying
the Data Plane Connectivity for a QFabric Switch

    In the Figure 7, the connection details are represented by green, yellow, and red lines.

    • The green line indicates that the node is connected to all the Interconnects properly and all functions are normal.
    • The yellow line indicates that the node is only partially connected to the Interconnect. That is, the node might be connected to some of the interconnects, but not all.
    • The red line indicates that the node is not connected to any of the interconnects.

    The following details are displayed for each device, if the details are configured on the device:

    • Name of the device provided while configuring the device. The device name is displayed as a label.
    • Platform of the device. Platform can be QFX3500, QFX3600, or QFX5100 switches.
    • Node group name. The name of the node group to which this device belongs to.
    • Node group type. The server name of the node group to which this device belongs to.
    • Source Port—source port of the device.
    • Destination port—The port number on the destination device to which the source device is connected to.

    The following details are displayed for each host that is connected to the member:

    • Host Name—Name of the host machine connected to the member.
    • Hypervisor—Name of the hypervisor, which is used to create multiple virtual machines on a hardware device.
    • Hardware—Type of hardware on which the hypervisor is deployed.
    • Number of Virtual Machines—Number of the virtual machines that are connected to the hosts.
    • Alarms—Number of active alarms on the device.

    Displaying Virtual Chassis and Virtual Chassis Fabric Connectivity

    You can view the connectivity between the components of Virtual Chassis and Virtual Chassis Fabric using the View VC/VCF Connectivity task. You can access this tasks from all views except Dashboard View and Datacenter View.

    To view the connectivity details for a Virtual Chassis or a Virtual Chassis Fabric:

    1. Do one of the following:
      • While in the Logical, Location, Device, or Custom View, select the device for which you want to view the Virtual Chassis or Virtual Chassis Fabric connectivity from the View pane and click Connectivity > View VC/VCF Connectivity from the Tasks pane.
      • In the Topology View, navigate to a device in a building, floor, outdoor area, closet or rack and select the device for which you want to view the Virtual Chassis or Virtual Chassis Fabric connectivity details and click Connectivity > View VC/VCF Connectivity from the Topology Tasks pane.

        Note: The Connectivity task container is available only after you select a device.

    2. Click Connectivity > View VC/VCF Connectivity from the Tasks pane. Network Director displays the connectivity between the members of the selected Virtual Chassis as shown in Figure 8. The inactive members and any members having alarms in down state are shown as grey icons in the topology identifying the state of the member. Mouse over a member to view details of that member.

      Figure 8: Displaying the Connectivity for a Virtual Chassis Fabric

      Displaying
the Connectivity for a Virtual Chassis Fabric

      The following details are displayed in the top panel of the Virtual Chassis Topology View as shown in Table 4.

      Table 4: Common Details for the Virtual Chassis and Virtual Chassis Fabric

      Details

      Desciption

      Fabric ID
      VC ID

      All members of a Virtual Chassis configuration share one Virtual Chassis identifier (VCID). This identifier is derived from internal parameters.

      Provisioning Method

      The provisioning mode of the member. Provision mode can be autoprovisioned, preprovisioned or not preprovisioned.

      Autoprovisioning a Virtual Chassis Fabric (VCF) enables you to “plug and play” devices into your VCF after minimal initial configuration.

      In a VCF, you can have two to four members configured in the Routing Engine role. Of this, one member acts as the master Routing Engine and another member acts as the backup Routing Engine. In a preprovisioned configuration, the selection of which member functions as the master Routing Engine and which as the backup Routing Engine is determined by the software based on the master-election algorithm.

      In a configuration that is not preprovisioned, the selection of the master and backup is determined by the mastership priority value and secondary factors in the master-election algorithm.

      VC Mode

      Indicates whether the Virtual Chassis is mixed or not.

      The following details are displayed in the Virtual Chassis Topology view for each member depending on the role of the member as shown in Table 5.

      Table 5: Details of VC/VCF Members

      Details

      Description

      Role

      Name

      Name of the member switch provided while configuring the device. The device name is displayed as a label.

      Master
      Backup
      Line Card

      Serial Number

      Serial number of the member switch.

      Master
      Backup
      Line Card

      Platform

      Platform of the device. Platform can be QFX3500, QFX3600, or QFX5100.

      Master
      Backup
      Line Card

      Priority

      The mastership priority value. This is the most important factor in determining the role of the member switch within the Virtual Chassis configuration.

      Master
      Backup
      Line Card

      Operational Role

      Operational role of the device. A device might be configured for a particular role, but can operate in the same or a different role. For example, a spine device configured with a Routing Engine role might operate as a line card. Therefore, the operational role of this device is Line Card.

      Operational role can be Routing Engine or Line Card.

      Master
      Backup
      Line Card

      Config Role

      The configured role of the device. This can be Routing Engine or Line card.

      Master
      Backup
      Line Card

      Member Status

      Displays the status of each member device:

      • Present—The device is connected and working fine.
      • Not Present—The device is not connected to the VC or VCF.
      • Inactive—The device is connected, but not running.
      • Non Provisioned—A configuration in which the roles of the members are assigned automatically; not configured statically (preprovisioned).
      • Pre Provisioned—A configuration that allows you to deterministically control the member ID and role assigned to a member by associating the member with its serial number.

      Master
      Backup
      Line Card

      In addition to the above details, when you expand the host details, you can also view the details of the member and the link connected to the virtual machine.

    Displaying Virtual Network Connectivity

    To view the virtual network connectivity from Topology View, see Viewing the Virtual Machine Inventory in a Cloud Infrastructure.

    Displaying Third-Party Device Details

    Network Director now uses a unique icon to depict Samsung Access Points (APs) in the Device Connectivity page. You can mouse over the Samsung AP icon to view details of the device.

    To view the Samung AP details:

    1. From the View pane in the Logical View, Location View, Device View, Custom View, or Topology View , select the device for which you want to view the device connectivity.
    2. From the Tasks pane, click Connectivity > View Device Connectivity .

      The Device Connectivity page opens showing the connectivity between various devices as shown in Figure 9.

      Figure 9: Samsung AP Device Connectivity

      Samsung AP
Device Connectivity
    3. To view the Samsung AP details, mouse over the Samsung AP icon.

      A tool-tip, as shown in Figure 10, is displayed showing the Samsung AP details listed in Table 6.

      Figure 10: Displaying Samsung AP Details

      Displaying Samsung
AP Details

      Table 6: Samsung AP Details

      Field

      Description

      Name

      The name of the device. The device name is displayed as a label.

      Description

      The description provided for the access point.

      Software version

      Software version that is running on the access point.

      Serial number

      Serial number of the access point.

      Manufacturer name

      Name of the access point manufacturer (Samsung Electronics CO., LTD.)

      Model name

      Model name of the access point.

      Note: You can view the Samsung AP details that are connected to Juniper devices that runs Junos OS 12.1 version.

    Uploading Floor Plans

    You can upload the floor plan from the Topology View if you already have a floor plan for a specified building in a site.

    To upload the floor plan:

    1. Select a Site > Building > Floor. Alternatively, create a site, building, and floor. Click the Upload Floor Plan task from the Location task in the Tasks pane.

      The Upload Floor Plan dialog box is displayed.

    2. Click Browse next to Image File to choose a floor plan file.
    3. Navigate to the folder where you have saved the floor plan on your system and click Open.
    4. Click Upload to upload the floor plan image.
    5. Click Cancel if you do not want to upload the floor plan and quit the Upload Floor Plan dialog box.

    Uploading Topology Map

    You can upload a topology map for an outdoor area from the Topology View.

    To upload the map:

    1. Select a Site > Outdoor area. Alternatively, create an outdoor area within a site. Click the Upload map task from the Location task in the Tasks pane.

      The Upload Map dialog box is displayed.

    2. Click Browse next to Image File to choose a map file.
    3. Navigate to the folder where you have saved the topology map for an outdoor area on your system and click Open.
    4. Click Upload to upload the topology map image.
    5. Click Cancel if you do not want to upload the map and quit the Upload Map dialog box.

    Modified: 2018-01-24