Download mru wizard

Up to file and click report. Once the report wizard loads up, you can start to configure the report. For the purposes of this video, we’re going to jump straight to our bookmarks where our information is. We’ve bookmarked MRU Open Saved, we’ve bookmarked some USB devices, and we’ve bookmarked wifi connections. Three different items out of the system summary. So we’ll go ahead and include all of those in our report. Once you’ve selected the bookmarks that you want to include in your report, we have a few things we need to configure for each of our bookmark categories. If I select MRU Open Saved, and then I click columns, the manage column settings window will open up, and by default, the report wizard will be set to a column set of reports standard. For your general files and things like that, that’s probably fine. You can change it if you want, which is what we’re going to do here.We’re going to drive it down just a little bit. We’ll expand out our column here, and we’re going to select MRU recent open saved files, and click close. And what that’s going to do is apply that column set to that, so that all the data we see in our interface will be included in your report. This is an important step. If you leave it on report standard, when you get your report on the other side, once it generates, you’re only going to have the columns that

Recent application to use microsoft direct3d MRU List Object Recognized! Location: : S-1-5-18\software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct3d MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct3d MRU List Object Recognized! Location: : software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct3d MRU List Object Recognized! Location: : .DEFAULT\software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct X MRU List Object Recognized! Location: : S-1-5-18\software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct X MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct X MRU List Object Recognized! Location: : software\microsoft\direct3d\mostrecentapplication Description : most recent application to use microsoft direct X MRU List Object Recognized! Location: : software\microsoft\directdraw\mostrecentapplication Description : most recent application to use microsoft directdraw MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\directinput\mostrecentapplication Description : most recent application to use microsoft directinput MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\directinput\mostrecentapplication Description : most recent application to use microsoft directinput MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\internet explorer Description : last download directory used in microsoft internet explorer MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\internet explorer\typedurls Description : list of recently entered addresses in microsoft internet explorer MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\windows\currentversion\explorer\recentdocs Description : list of recent documents opened MRU List Object Recognized! Location: : .DEFAULT\software\microsoft\windows media\wmsdk\general Description : windows media sdk MRU List Object Recognized! Location: : S-1-5-18\software\microsoft\windows media\wmsdk\general Description : windows media sdk MRU List Object Recognized! Location: : S-1-5-21-430278183-2791713437-3591342387-1000\software\microsoft\windows media\wmsdk\general Description : windows media sdk Performing conditional scans...»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»Conditional scan result:»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»New critical objects: 0Objects found so far: 2110:03:35 PM Scan CompleteSummary Of This Scan»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»»Total scanning time:00:01:03.80Objects scanned:100865Objects identified:4Objects ignored:0New critical objects:4

- unknown return code, 'x' - return code 0 Type escape sequence to abort. 0 10.131.191.252 MRU 1492 [Labels: 16/18/explicit-null Exp: 0/0/0] L 1 10.131.191.229 MRU 1508 [Labels: 18/explicit-null Exp: 0/0] 0 ms L 2 10.131.159.225 MRU 1508 [Labels: explicit-null Exp: 0] 0 ms ! 3 10.131.159.234 4 ms The following example shows the command output when there is no explicit-null label shimming: switch# traceroute mpls ipv4 10.131.159.252/32 Tracing MPLS Label Switched Path to 10.131.159.252/32, timeout is 2 seconds Codes: '!' - success, 'Q' - request not sent, '.' - timeout, 'L' - labeled output interface, 'B' - unlabeled output interface, 'D' - DS Map mismatch, 'F' - no FEC mapping, 'f' - FEC mismatch, 'M' - malformed request, 'm' - unsupported tlvs, 'N' - no rx label, 'P' - no rx intf label prot, 'p' - premature termination of LSP, 'R' - transit router, 'X' - unknown return code, 'x' - return code 0 Type escape sequence to abort. 0 10.131.191.252 MRU 1496 [Labels: 16/18 Exp: 0/0] L 1 10.131.191.229 MRU 1508 [Labels: 18 Exp: 0] 4 ms L 2 10.131.159.225 MRU 1504 [Labels: implicit-null Exp: 0] 4 ms ! 3 10.131.159.234 4 ms Additional References for MPLS LSP Ping and Traceroute For additional information related to troubleshooting MPLS connectivity with MPLS LSP ping and traceroute, see the following sections: Related Documents MIBs Related Documents Related Topic Document Title Cisco NX-OS MPLS commands Cisco Nexus 7000 Series NX-OS MPLS Command Reference MIBs MIB MIBs Link No new or modified MIBs are supported by this feature, and support for existing MIBs has not been modified by this feature. To locate and download MIBs for selected platforms, Cisco NX-OS releases, and feature sets, use the Cisco MIB Locator, found at the following URL: Feature History for MPLS LSP Ping and Traceroute Table 36-5 lists the release history for this feature. Table 36-5 Feature History for MPLS LSP Ping and Traceroute Feature Name Releases Feature Information MPLS LSP Ping/Traceroute for LDP/TE and LSP Ping for VCCV 6.2(2) MPLS LSP ping/traceroute for Label Distribution Protocol and traffic engineering (LDP/TE) and LSP ping for Virtual Circuit Connectivity Verification (VCCV) provide the capabilities to monitor label switched paths (LSPs) and quickly isolate Multiprotocol Label Switching (MPLS) forwarding problems. The following command was introduced or modified: ping mpls pseudowire, MPLS LSP ping and traceroute 5.2(1) This feature was introduced.

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Transit router, 'X' - unknown return code, 'x' - return code 0 Type escape sequence to abort. Destination address 127.0.0.1 ! ! Destination address 127.0.0.2 ! ! Destination address 127.0.0.1 ! ! Destination address 127.0.0.2 ! ! Entering the ping mpls command enables the router to send each packet size range for each destination address until the end address is reached. For this example, the loop continues in the same manner until the destination address, 127.0.0.5, is reached. The sequence continues until the number is reached that you specified with the repeat count keyword and argument. For this example, the repeat count is 2. The MPLS LSP ping loop sequence is as follows: repeat = 1 destination address 1 (address-start) for (size from sweep minimum to maximum, counting by size-increment) send an lsp ping destination address 2 (address-start + address-increment) for (size from sweep minimum to maximum, counting by size-increment) send an lsp ping destination address 3 (address-start + address-increment + address-increment) for (size from sweep minimum to maximum, counting by size-increment) send an lsp ping ... until destination address = address-end ... until repeat = count 2 Example: Possible Loop with MPLS LSP Traceroute The following example shows how a loop occurs if you use the following traceroute mpls command: switch# traceroute mpls ipv4 10.131.159.251/32 destination 127.0.0.1 127.0.0.3 1 ttl 5 Tracing MPLS Label Switched Path to 10.131.159.251/32, timeout is 2 seconds Codes: '!' - success, 'Q' - request not sent, '.' - timeout, 'L' - labeled output interface, 'B' - unlabeled output interface, 'D' - DS Map mismatch, 'F' - no FEC mapping, 'f' - FEC mismatch, 'M' - malformed request, 'm' - unsupported tlvs, 'N' - no rx label, 'P' - no rx intf label prot, 'p' - premature termination of LSP, 'R' - transit router, 'X' - unknown return code, 'x' - return code 0 Type escape sequence to abort. Destination address 127.0.0.1 0 10.131.191.230 MRU 1500 [Labels: 19 Exp: 0] R 1 10.131.159.226 MRU 1504 [implicit-null] 40 ms ! 2 10.131.159.225 40 ms Destination address 127.0.0.2 0 10.131.191.230 MRU 1500 [Labels: 19 Exp: 0] R 1 10.131.159.226 MRU 1504 [implicit-null] 40 ms ! 2 10.131.159.225 40 ms Destination address 127.0.0.3 0 10.131.191.230 MRU 1500 [Labels: 19 Exp: 0] R 1 10.131.159.226 MRU 1504 [implicit-null] 40 ms ! 2 10.131.159.225 48 ms Entering the mpls trace command enables the router to send each TTL from 1

Inspection of the label stack shows that P1 pops the last label and forwards the packet to P2 as an IP packet. The packet keeps getting processed by P2 because it is being forwarded. MPLS echo request packets cannot be forwarded by the destination address in the IP header because the address is set to a 127/8 address. PE1# traceroute mpls ipv4 10.131.159.252/32 ttl 5 Tracing MPLS Label Switched Path to 10.131.159.252/32, timeout is 2 seconds Codes: '!' - success, 'Q' - request not sent, '.' - timeout, 'L' - labeled output interface, 'B' - unlabeled output interface, 'D' - DS Map mismatch, 'F' - no FEC mapping, 'f' - FEC mismatch, 'M' - malformed request, 'm' - unsupported tlvs, 'N' - no rx label, 'P' - no rx intf label prot, 'p' - premature termination of LSP, 'R' - transit router, 'X' - unknown return code, 'x' - return code 0 Type escape sequence to abort. 0 10.131.191.230 MRU 1496 [Labels: 22/19 Exp: 0/0] R 1 10.131.159.226 MRU 1500 [Labels: 19 Exp: 0] 40 ms R 2 10.131.159.229 MRU 1504 [implicit-null] 28 ms ! 3 10.131.159.230 40 ms pe1# Example: MTU Discovery in an LSP The following example shows the results when the LSP is formed with labels created by LDP: PE1# traceroute mpls ipv4 10.131.159.252/32 Tracing MPLS Label Switched Path to 10.131.159.252/32, timeout is 2 seconds Codes: '!' - success, 'Q' - request not sent, '.' - timeout, 'L' - labeled output interface, 'B' - unlabeled output interface, 'D' - DS Map mismatch, 'F' - no FEC mapping, 'f' - FEC mismatch, 'M' - malformed request, 'm' - unsupported tlvs, 'N' - no rx label, 'P' - no rx intf label prot, 'p' - premature termination of LSP, 'R' - transit router, 'X' - unknown return code, 'x' - return code 0 Type escape sequence to abort. 0 10.131.191.230 MRU 1496 [Labels: 22/19 Exp: 0/0] R 1 10.131.159.226 MRU 1500 [Labels: 19 Exp: 0] 40 ms R 2 10.131.159.229 MRU 1504 [implicit-null] 28 ms ! 3 10.131.159.230 40 ms pe1# To determine the MPLS MTU, first display the LSP output interface: PE1# show mpls switching 10.136.191.252 Legend: (P)=Protected, (F)=FRR active, (*)=more labels in stack. In-Label Out-Label FEC name Out-Interface Next-Hop 21 19 10.136.191.252/32 Eth1/1 10.133.191.246 Net imposed bytes = 0 ( 1 label popped (21), 1 label pushed (19)) To determine how large an echo request will fit