Green packet

Is modified based on the VLAN configurations of the egress port. original - Traffic is mirrored without any change to theoriginal incoming packet format. But service VLAN tag is stripped in edge port. ingress-mirror-ratio (1/32768..1/1; Default:1/1) Proportion of ingress mirrored packets compared to all packets. egress-mirror0 (port | trunk,format; Default: none,modified) The first egress mirroring analyzer port or trunk and mirroring format: analyzer-configured - The packet is same as the packet todestination. VLAN format is modified based on the VLAN configurations of theanalyzer port. modified - The packet is same as the packet to destination.VLAN format is modified based on the VLAN configurations of the egress port. original - Traffic is mirrored without any change to theoriginal incoming packet format. But service VLAN tag is stripped in edge port. egress-mirror1 (port | trunk,format; Default: none,modified) The second egress mirroring analyzer port or trunk and mirroring format: analyzer-configured - The packet is same as the packet todestination. VLAN format is modified based on the VLAN configurations of theanalyzer port. modified - The packet is same as the packet to destination.VLAN format is modified based on the VLAN configurations of the egress port. original - Traffic is mirrored without any change to theoriginal incoming packet format. But service VLAN tag is stripped in edge port. egress-mirror-ratio (1/32768..1/1; Default:1/1) Proportion of egress mirrored packets compared to all packets. mirror-egress-if-ingress-mirrored (yes | no;Default: no) When packet is applied to both ingress and egress mirroring, if thissetting is disabled, only ingress mirroring is performed on the packet; if thissetting is enabled both mirroring types are applied. mirror-tx-on-mirror-port (yes | no; Default:no) mirrored-packet-qos-priority (0..7; Default:0) Remarked priority in mirrored packets. mirrored-packet-drop-precedence (drop | green |red | yellow; Default: green) Remarked drop precedence in mirrored packets. This QoS attribute is usedfor mirrored packet enqueuing or dropping. fdb-uses

Pktmon start syntax.Packet analysis and formattingPacket Monitor generates log files in ETL format. There are multiple ways to format the ETL file for analysis:Convert the log to text format (the default option), and analyze it with text editor tool like TextAnalysisTool.NET. Packet data will be displayed in TCPDump format. Follow the guide below to learn how to analyze the output in the text file.Convert the log to pcapng format to analyze it using Wireshark*Open the ETL file with Network Monitor*Note*Use the hyperlinks above to learn how to parse and analyze Packet Monitor logs in Wireshark and Network Monitor.For more information, see pktmon format syntax.Analyze Packet Monitor outputPacket Monitor captures a snapshot of the packet by each component of the networking stack. Accordingly, there will be multiple snapshots of each packet (represented in the image below by the lines the blue box).Each of these packet snapshots is represented by a couple of lines (red and green boxes). There is at least one line that includes some data about the packet instance starting with the timestamp. Right after, there is at least one line (bolded in the image below) to show the parsed raw packet in text format (without a timestamp); it could be multiple lines if the packet is encapsulated, like the packet in the green box.For correlating all snapshots of the same packets, monitor the PktGroupId and PktNumber values (highlighted in yellow); all snapshots of the same packet should have these 2 values in common. The Appearance value (highlighted in blue) acts as a counter for each subsequent snapshot of the same packet. For example, the first snapshot of the packet (where the packet first appeared in the networking stack) has the value 1 for appearance, the next snapshot has the value 2, and so on.Each packet snapshot has a component ID (underlined in the image above) denoting the component associated with the snapshot. To resolve the component name, and parameters, search for this component ID in the components list at the bottom of the log file. A portion of the components table is shown in the image below highlighting "Component 1" in yellow (this was the component where the last snapshot above was captured).Components with 2 edges will report 2 snapshots at each edge (like the snapshots with the Appearance 3 and Appearance 4 for example in the image above).At the bottom of each log file, the filters list is presented as shown in the image below (highlighted in blue). Each filter displays the parameter(s) specified (Protocol ICMP in the example below), and zeros for the rest of the parameters.For dropped packets, the word "drop" appears before any of the lines representing the snapshot where the packet got dropped. Each dropped packet also provides a dropReason value. This dropReason parameter provides a short description of the packet drop reason; for example, MTU Mismatch, Filtered VLAN, etc.Packet countersPacket Monitor counters provide a high level view of the networking traffic throughout the networking stack without the need to analyze a log,

+ inter-packet gap + preamble. layer-2 - includes layer-2 frame + FCS. layer-3 - includes only layer-3 + ethernet padding without layer-2 header and FCS. meter-unit (bit | packet; Default:bit) Measuring units for traffic ingress port policer rate. new-dei-for-yellow (0..1 | remap; Default:none) Remarked DEI for exceeded traffic if yellow-action is remark. new-dscp-for-yellow (0..63 | remap; Default:none) Remarked DSCP for exceeded traffic if yellow-action is remark. new-pcp-for-yellow (0..7 | remap; Default:none) Remarked PCP for exceeded traffic if yellow-action is remark. packet-types (packet-types; Default:all types from description) Matching packet types for which ingress port policer entry is valid. port (port) Physical port or trunk for ingress port policer entry. rate (integer) Maximum data rate limit. yellow-action (drop | forward | remark; Default:drop) Performed action for exceeded traffic.QoS GroupSub-menu: /interface ethernet switchqos-groupThe global QoS group table is used for VLAN-based, Protocol-based and MAC-basedQoS group assignment configuration. Property Description dei (0..1; Default: none) The new value of DEI for the QoS group. disabled (yes | no; Default: no) Enables or disables protocol QoS group entry. drop-precedence (drop | green | red | yellow;Default: green) Drop precedence is internal QoS attribute used for packet enqueuing ordropping. dscp (0..63; Default: none) The new value of DSCP for the QoS group. name (string value; Default:groupX) Name of the QoS group. pcp (0..7; Default: none) The new value of PCP for the QoS group. priority (0..15; Default: 0) Internal priority is a local significance of priority for classifyingtraffics to different egress queues on a port. (1 is highest, 15 is lowest)DSCP QoS MapSub-menu: /interface ethernet switchdscp-qos-mapThe global DSCP to QOS mapping table is used for mapping from DSCP of the packetto new QoS attributes configured in the table. Property Description dei (0..1) The new value of DEI for the DSCP to QOS mapping entry. drop-precedence (drop |

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OnboardCentric is designed to easily facilitate your company's need to automate the read-only documents, forms & tasks assigned to new hires. This is done by creating packets and then assigning the various packets to new hires. From the Work With menu, select Packets to access your packets. We recommend creating an “Everyone” packet that will contain forms that each and every employee needs to complete. This means that any task included in the Everyone packet will be sent to every new user (new hire) who is added to OnboardCentric. While different for each client, some common items typically found in the Everyone packet include the I-9, Federal W4, Employee Handbook, Direct Deposit authorization, etc. Additional packets may be added that help account for the unique documents, forms or tasks for various groups of hires within your organization. For example, if your part-time hires receive 2 documents unique to them, you would create a “Part-Time” packet. Since these part-time hires are inherently part of the “Everyone” group of hires, they’ll automatically receive the items included in the Everyone packet as well. The platform will automatically assign the correct packets to each new user, based on the flex field values input for that new user by the administrator. Given that, there will be no need for you or your team to manually assign packets to new users. Newly added packets will not be active, and they will have a red dot to the left of their name. Once you activate the packet, there will be a green dot to the left of its name to indicate that it is active. To activate a new packet, simply click on the packet name and then select the play button on the bottom menu. As well, you may quickly disable a packet at anytime by clicking on the packet name and then selecting the pause symbol on the same bottom menu. ​The items associated with your packets are easily controlled by highlighting the packet you want to work with and using the menu buttons located at the bottom of the task list area to the right of the list of packets. When adding a new task to a packet, simply click on "Add New Task", and a new window will appear. You will define the type of task you’d like to add, when that task becomes active, when that task is due, and when automated