Driectx9 0c
Author: m | 2025-04-24
foo_uie_lyrics_panel loaded at 0BFC0000h - 0C h foo_dsp_vstwrap loaded at 0C h - 0C51C000h foo_abx loaded at 0C h - 0C h foo_skip loaded at 0C6A0000h - 0C6BD000h foo_facets loaded at 0C6E0000h - 0C h foo_playlist_attributes loaded at 0C h - 0C7D4000h Type in the new MAC address you want to change to in the New MAC Address area. Click on Update MAC Reboot your system, and your new MAC address will take effect after reboot. Verify if new MAC address take effect in your system, type ipconfig /all to verify. You should see new MAC address as 0C-0C-0C-0C-0C-0C.
วิธีการดาว์โหลดและติดตั้งDirectX9 0c - YouTube
DetailFlags: X - disabled, I - inactive, D - dynamic0 interface=wlan1 mesh=mesh1 path-cost=10 hello-interval=10s port-type=auto port-type-used=wireless1 interface=wlan2 mesh=mesh1 path-cost=10 hello-interval=10s port-type=auto port-type-used=wireless2 D interface=router_B mesh=mesh1 path-cost=105 hello-interval=10s port-type=auto port-type-used=WDS3 D interface=router_D mesh=mesh1 path-cost=76 hello-interval=10s port-type=auto port-type-used=WDSThe FDB (Forwarding Database) at the moment contains information only about local MAC addresses, non-mesh nodes reachable through a local interface, and direct mesh neighbors:[admin@A] /interface mesh fdb printFlags: A - active, R - rootMESH TYPE MAC-ADDRESS ON-INTERFACE LIFETIME AGEA mesh1 local 00:0C:42:00:00:AA 3m17sA mesh1 neighbor 00:0C:42:00:00:BB router_B 1m2sA mesh1 neighbor 00:0C:42:00:00:DD router_D 3m16sA mesh1 direct 00:0C:42:0C:7A:2B wlan2 2m56sA mesh1 local 00:0C:42:0C:B5:A4 2m56s[admin@A] /interface mesh fdb print detailFlags: A - active, R - rootA mac-address=00:0C:42:00:00:AA type=local age=3m21s mesh=mesh1 metric=0 seqnum=4294967196A mac-address=00:0C:42:00:00:BB type=neighbor on-interface=router_B age=1m6s mesh=mesh1 metric=132 seqnum=4294967196A mac-address=00:0C:42:00:00:DD type=neighbor on-interface=router_D age=3m20s mesh=mesh1 metric=79 seqnum=4294967196A mac-address=00:0C:42:0C:7A:2B type=direct on-interface=wlan2 age=3m mesh=mesh1 metric=10 seqnum=0A mac-address=00:0C:42:0C:B5:A4 type=local age=3m mesh=mesh1 metric=0 seqnum=0Test if ping works:[admin@A] > /ping 00:0C:42:00:00:CC00:0C:42:00:00:CC 64 byte ping time=108 ms00:0C:42:00:00:CC 64 byte ping time=51 ms00:0C:42:00:00:CC 64 byte ping time=39 ms00:0C:42:00:00:CC 64 byte ping time=43 ms4 packets transmitted, 4 packets received, 0% packet lossround-trip min/avg/max = 39/60.2/108 msRouter A had to discover a path to Router C first, hence the slightly larger time for the first ping. Now the FDB also contains an entry for 00:0C:42:00:00:CC, with type "mesh".Also, test that ARP resolving works and so does IP level ping:[admin@A] > /ping 10.4.0.310.4.0.3 64 byte ping: ttl=64 time=163 ms10.4.0.3 64 byte ping: ttl=64 time=46 ms10.4.0.3 64 byte ping: ttl=64 time=48 ms3 packets transmitted, 3 packets received, 0% packet lossround-trip min/avg/max = 46/85.6/163 msMesh tracerouteThere is also a mesh traceroute command, that can help you to determine which paths are used for routing.For example, for this network:[admin@1] /interface mesh fdb printFlags: A - active, R - rootMESH TYPE MAC-ADDRESS ON-INTERFACE LIFETIME AGEA mesh1 local 00:0C:42:00:00:01 7m1sA mesh1 mesh 00:0C:42:00:00:02 wds4 17s 4sA mesh1 mesh 00:0C:42:00:00:12 wds4 4m58s 1sA mesh1 mesh 00:0C:42:00:00:13 wds4 19s 2sA mesh1 neighbor 00:0C:42:00:00:16 wds4 7m1sA mesh1 mesh 00:0C:42:00:00:24 wds4 18s 3sTraceroute to 00:0C:42:00:00:12 shows:[admin@1] /interface mesh traceroute mesh1 00:0C:42:00:00:12ADDRESS TIME STATUS00:0C:42:00:00:16 1ms ttl-exceeded00:0C:42:00:00:02 2ms ttl-exceeded00:0C:42:00:00:24 4ms ttl-exceeded00:0C:42:00:00:13 6ms ttl-exceeded00:0C:42:00:00:12 6ms successProtocol descriptionReactive modeRouter A wants to discover a path to CRouter C sends a unicast response to AIn reactive mode, HWMP+ is very much like AODV (Ad-hoc On-demand Distance Vector). All paths are discovered on-demand, by flooding Path Request (PREQ) message in the network. The destination node or some router that has a path to the destination will reply with a Path Response (PREP). Note that if the destination address belongs to a client, the AP this client is connected to will serve as a proxy for him (i.e. reply to PREQs on his behalf).This mode is best suited for mobile networks, and/or when most of the communication happens between intra-mesh nodes.Proactive modeThe root announces itself by flooding RANNInternal nodes respond with PREGsIn proactive mode, there are some routers configured as portals. In general, being a portal means that the router has interfaces to some other network, i.e. it is an entry/exit point to the foo_uie_lyrics_panel loaded at 0BFC0000h - 0C h foo_dsp_vstwrap loaded at 0C h - 0C51C000h foo_abx loaded at 0C h - 0C h foo_skip loaded at 0C6A0000h - 0C6BD000h foo_facets loaded at 0C6E0000h - 0C h foo_playlist_attributes loaded at 0C h - 0C7D4000h Link/ether 00:0c:29:cc:55:5e brd ff:ff:ff:ff:ff:ffHere, we can see that our NIC’s MAC address is 00:0c:29:cc:55:5e.3.2. Using the ifconfig CommandThe ifconfig is a command similar to the ip command. It shows us information for all available interfaces:$ ifconfigens33: flags=4163 mtu 1500 inet 192.168.99.91 netmask 255.255.255.0 broadcast 192.168.99.255 inet6 2a03:7847:2252:199:7dd2:e1f0:6395:9f7 prefixlen 64 scopeid 0x0 inet6 2a03:7847:2252:199:9589:759e:2e6f:df28 prefixlen 64 scopeid 0x0 inet6 2a03:7847:2252:199::8bbb prefixlen 128 scopeid 0x0 inet6 fe80::6678:3fc6:cb2f:15bb prefixlen 64 scopeid 0x20 ether 00:0c:29:cc:55:5e txqueuelen 1000 (Ethernet) ... truncated ...lo: flags=73 mtu 65536 inet 127.0.0.1 netmask 255.0.0.0 inet6 ::1 prefixlen 128 scopeid 0x10 loop txqueuelen 1000 (Local Loopback) ... truncated ...We can again use grep to get only the MAC address:$ ifconfig | grep etherether 00:0c:29:cc:55:5e txqueuelen 1000 (Ethernet)4. Storing the MAC Address Into a Shell VariableSometimes, we might need the address for further processing e.g., in a shell script. Let’s look at some ways to do that.We can use a simple regex or regular expression taking advantage of the fact that a MAC address consists of six blocks of hex numbers separated by colons:$ ifconfig ens33 | grep -o -E ..:..:..:..:..:..00:0c:29:cc:55:5eSince this returns just the MAC address, we can store it in a variable:$ MYMAC=`ifconfig ens33 | grep -o -E ..:..:..:..:..:..`$ echo $MYMAC00:0c:29:cc:55:5eThe same is true for the ip command:$ MYMAC=`ip a s ens33 | grep -o -E ..:..:..:..:..:..`$ echo $MYMAC00:0c:29:cc:55:5e ff:ff:ff:ff:ff:ffHowever, the result is not as neat as we expected. So, we could either use a more complex regex or employ another tool.4.2. Extract the MAC Address Using grep and awkWhen we combine the method above with awk, we get the expected result:$ MYMAC=`ip add | grep link/ether | awk '{print $2}'`$ echo $MYMAC00:0c:29:cc:55:5e5. ConclusionIn this article, we discussed how to use either ip or ifconfig to find the MAC address of a network interface. We also learned how to use grep or a combination of grep and awk to easily assign it to a variable for further processing during scripting.Comments
DetailFlags: X - disabled, I - inactive, D - dynamic0 interface=wlan1 mesh=mesh1 path-cost=10 hello-interval=10s port-type=auto port-type-used=wireless1 interface=wlan2 mesh=mesh1 path-cost=10 hello-interval=10s port-type=auto port-type-used=wireless2 D interface=router_B mesh=mesh1 path-cost=105 hello-interval=10s port-type=auto port-type-used=WDS3 D interface=router_D mesh=mesh1 path-cost=76 hello-interval=10s port-type=auto port-type-used=WDSThe FDB (Forwarding Database) at the moment contains information only about local MAC addresses, non-mesh nodes reachable through a local interface, and direct mesh neighbors:[admin@A] /interface mesh fdb printFlags: A - active, R - rootMESH TYPE MAC-ADDRESS ON-INTERFACE LIFETIME AGEA mesh1 local 00:0C:42:00:00:AA 3m17sA mesh1 neighbor 00:0C:42:00:00:BB router_B 1m2sA mesh1 neighbor 00:0C:42:00:00:DD router_D 3m16sA mesh1 direct 00:0C:42:0C:7A:2B wlan2 2m56sA mesh1 local 00:0C:42:0C:B5:A4 2m56s[admin@A] /interface mesh fdb print detailFlags: A - active, R - rootA mac-address=00:0C:42:00:00:AA type=local age=3m21s mesh=mesh1 metric=0 seqnum=4294967196A mac-address=00:0C:42:00:00:BB type=neighbor on-interface=router_B age=1m6s mesh=mesh1 metric=132 seqnum=4294967196A mac-address=00:0C:42:00:00:DD type=neighbor on-interface=router_D age=3m20s mesh=mesh1 metric=79 seqnum=4294967196A mac-address=00:0C:42:0C:7A:2B type=direct on-interface=wlan2 age=3m mesh=mesh1 metric=10 seqnum=0A mac-address=00:0C:42:0C:B5:A4 type=local age=3m mesh=mesh1 metric=0 seqnum=0Test if ping works:[admin@A] > /ping 00:0C:42:00:00:CC00:0C:42:00:00:CC 64 byte ping time=108 ms00:0C:42:00:00:CC 64 byte ping time=51 ms00:0C:42:00:00:CC 64 byte ping time=39 ms00:0C:42:00:00:CC 64 byte ping time=43 ms4 packets transmitted, 4 packets received, 0% packet lossround-trip min/avg/max = 39/60.2/108 msRouter A had to discover a path to Router C first, hence the slightly larger time for the first ping. Now the FDB also contains an entry for 00:0C:42:00:00:CC, with type "mesh".Also, test that ARP resolving works and so does IP level ping:[admin@A] > /ping 10.4.0.310.4.0.3 64 byte ping: ttl=64 time=163 ms10.4.0.3 64 byte ping: ttl=64 time=46 ms10.4.0.3 64 byte ping: ttl=64 time=48 ms3 packets transmitted, 3 packets received, 0% packet lossround-trip min/avg/max = 46/85.6/163 msMesh tracerouteThere is also a mesh traceroute command, that can help you to determine which paths are used for routing.For example, for this network:[admin@1] /interface mesh fdb printFlags: A - active, R - rootMESH TYPE MAC-ADDRESS ON-INTERFACE LIFETIME AGEA mesh1 local 00:0C:42:00:00:01 7m1sA mesh1 mesh 00:0C:42:00:00:02 wds4 17s 4sA mesh1 mesh 00:0C:42:00:00:12 wds4 4m58s 1sA mesh1 mesh 00:0C:42:00:00:13 wds4 19s 2sA mesh1 neighbor 00:0C:42:00:00:16 wds4 7m1sA mesh1 mesh 00:0C:42:00:00:24 wds4 18s 3sTraceroute to 00:0C:42:00:00:12 shows:[admin@1] /interface mesh traceroute mesh1 00:0C:42:00:00:12ADDRESS TIME STATUS00:0C:42:00:00:16 1ms ttl-exceeded00:0C:42:00:00:02 2ms ttl-exceeded00:0C:42:00:00:24 4ms ttl-exceeded00:0C:42:00:00:13 6ms ttl-exceeded00:0C:42:00:00:12 6ms successProtocol descriptionReactive modeRouter A wants to discover a path to CRouter C sends a unicast response to AIn reactive mode, HWMP+ is very much like AODV (Ad-hoc On-demand Distance Vector). All paths are discovered on-demand, by flooding Path Request (PREQ) message in the network. The destination node or some router that has a path to the destination will reply with a Path Response (PREP). Note that if the destination address belongs to a client, the AP this client is connected to will serve as a proxy for him (i.e. reply to PREQs on his behalf).This mode is best suited for mobile networks, and/or when most of the communication happens between intra-mesh nodes.Proactive modeThe root announces itself by flooding RANNInternal nodes respond with PREGsIn proactive mode, there are some routers configured as portals. In general, being a portal means that the router has interfaces to some other network, i.e. it is an entry/exit point to the
2025-04-12Link/ether 00:0c:29:cc:55:5e brd ff:ff:ff:ff:ff:ffHere, we can see that our NIC’s MAC address is 00:0c:29:cc:55:5e.3.2. Using the ifconfig CommandThe ifconfig is a command similar to the ip command. It shows us information for all available interfaces:$ ifconfigens33: flags=4163 mtu 1500 inet 192.168.99.91 netmask 255.255.255.0 broadcast 192.168.99.255 inet6 2a03:7847:2252:199:7dd2:e1f0:6395:9f7 prefixlen 64 scopeid 0x0 inet6 2a03:7847:2252:199:9589:759e:2e6f:df28 prefixlen 64 scopeid 0x0 inet6 2a03:7847:2252:199::8bbb prefixlen 128 scopeid 0x0 inet6 fe80::6678:3fc6:cb2f:15bb prefixlen 64 scopeid 0x20 ether 00:0c:29:cc:55:5e txqueuelen 1000 (Ethernet) ... truncated ...lo: flags=73 mtu 65536 inet 127.0.0.1 netmask 255.0.0.0 inet6 ::1 prefixlen 128 scopeid 0x10 loop txqueuelen 1000 (Local Loopback) ... truncated ...We can again use grep to get only the MAC address:$ ifconfig | grep etherether 00:0c:29:cc:55:5e txqueuelen 1000 (Ethernet)4. Storing the MAC Address Into a Shell VariableSometimes, we might need the address for further processing e.g., in a shell script. Let’s look at some ways to do that.We can use a simple regex or regular expression taking advantage of the fact that a MAC address consists of six blocks of hex numbers separated by colons:$ ifconfig ens33 | grep -o -E ..:..:..:..:..:..00:0c:29:cc:55:5eSince this returns just the MAC address, we can store it in a variable:$ MYMAC=`ifconfig ens33 | grep -o -E ..:..:..:..:..:..`$ echo $MYMAC00:0c:29:cc:55:5eThe same is true for the ip command:$ MYMAC=`ip a s ens33 | grep -o -E ..:..:..:..:..:..`$ echo $MYMAC00:0c:29:cc:55:5e ff:ff:ff:ff:ff:ffHowever, the result is not as neat as we expected. So, we could either use a more complex regex or employ another tool.4.2. Extract the MAC Address Using grep and awkWhen we combine the method above with awk, we get the expected result:$ MYMAC=`ip add | grep link/ether | awk '{print $2}'`$ echo $MYMAC00:0c:29:cc:55:5e5. ConclusionIn this article, we discussed how to use either ip or ifconfig to find the MAC address of a network interface. We also learned how to use grep or a combination of grep and awk to easily assign it to a variable for further processing during scripting.
2025-04-05LANrev AgentHeatSoftware USA IncFile name:LANrevAgentControlPanel.dllPublisher:FrontRange Solutions Inc (signed by HeatSoftware USA Inc)Description:LANrevAgentControlPanelMD5:4c40627ee207355391e69801108515edSHA-1:75a8c7feac2d502221fc4ffb24426bd81e990ab5Scanner detections:0 / 68Status:Clean (as of last analysis)Analysis date:3/22/2025 11:19:39 AM UTC (today)File size:552.7 KB (565,976 bytes)Product version:7.2.5540.1Copyright:Copyright 2009-2016 FrontRange Solutions Inc. All rights reserved.Original file name:LANrevAgentControlPanel.dllFile type:Dynamic link library (Win32 DLL)Language:English (United States)Common path:C:\Program Files\pole position software\lanrevagent\lanrevagentcontrolpanel.dllAuthority:COMODO CA LimitedValid from:12/10/2015 4:00:00 AMValid to:12/10/2018 3:59:59 AMSubject:CN=HeatSoftware USA Inc, OU=IT Operations, O=HeatSoftware USA Inc, STREET="490 McCarthy Blvd #100", L=Milpitas, S=California, PostalCode=95035, C=USIssuer:CN=COMODO RSA Code Signing CA, O=COMODO CA Limited, L=Salford, S=Greater Manchester, C=GBSerial number:008AF0CD570413A4DA47B93A249E59AF9FCompilation timestamp:7/6/2016 8:29:10 PMEntry point:55, 8B, EC, 83, 7D, 0C, 01, 75, 05, E8, D4, 0B, 00, 00, FF, 75, 10, FF, 75, 0C, FF, 75, 08, E8, 07, 00, 00, 00, 83, C4, 0C, 5D, C2, 0C, 00, 6A, 10, 68, D0, F5, 06, 10, E8, 12, 09, 00, 00, 33, C0, 40, 8B, F0, 89, 75, E4, 33, DB, 89, 5D, FC, 8B, 7D, 0C, 89, 3D, 80, 41, 07, 10, 89, 45, FC, 85, FF, 75, 0C, 39, 3D, 4C, 82, 07, 10, 0F, 84, D4, 00, 00, 00, 3B, F8, 74, 05, 83, FF, 02, 75, 38, A1, F0, 39, 06, 10, 85, C0, 74, 0E, FF, 75, 10, 57, FF, 75, 08, FF, D0, 8B, F0, 89, 75, E4, 85, F6, 0F, 84, B1, 00, 00, 00...[+]Developed / compiled with:Microsoft Visual C++Code size:350 KB (358,400 bytes)
2025-04-20DDR - FAT Recovery(Demo) ApplicationPro Data Doctor Pvt. Ltd.File name:DDR - FAT Recovery(Demo).EXEProduct:DDR - FAT Recovery(Demo) ApplicationDescription:DDR - FAT Recovery(Demo) MFC ApplicationMD5:e3e3eeceac79bb3ff78ce385826a7fccSHA-1:117fccecc214bfdab41ad2cbf5a2df1f83ecb811SHA-256:b1f39e22615854d76c66b871954824071ba2a6e04bf041aeed126c2642a10364Scanner detections:0 / 68Status:Clean (as of last analysis)Analysis date:3/14/2025 3:48:35 PM UTC (today)File size:1.6 MB (1,634,104 bytes)Product version:4, 0, 1, 6Copyright:Copyright © 2005-2009, Pro Data Doctor Pvt. Ltd.Original file name:DDR - FAT Recovery(Demo).EXEFile type:Executable application (Win32 EXE)Language:English (United States)Common path:C:\Program Files\ddr - fat recovery(demo)\ddr - fat recovery(demo).exeAuthority:The USERTRUST NetworkValid from:8/26/2010 7:00:00 AMValid to:8/26/2013 6:59:59 AMSubject:CN=Pro Data Doctor Pvt. Ltd., O=Pro Data Doctor Pvt. Ltd., STREET="J - 80, Chitra Palace", STREET=Patel Nagar - I, L=Ghaziabad, S=UP, PostalCode=201001, C=INIssuer:CN=UTN-USERFirst-Object, OU= O=The USERTRUST Network, L=Salt Lake City, S=UT, C=USSerial number:00AACEBA87AF464A87FD6EF6F03037ABBBCompilation timestamp:2/22/2010 6:15:13 PMCTPH (ssdeep):24576:MUoYqMDb/WhcBKe7xU3JvGTBpHCyxLLlWOhGXLCrLGjbGm:7oYqMDwcBKeFU3J+TbHCKFWO9G3nEntry point:E8, AB, EF, 00, 00, E9, 78, FE, FF, FF, 50, 64, FF, 35, 00, 00, 00, 00, 8D, 44, 24, 0C, 2B, 64, 24, 0C, 53, 56, 57, 89, 28, 8B, E8, A1, 88, DC, 4C, 00, 33, C5, 50, FF, 75, FC, C7, 45, FC, FF, FF, FF, FF, 8D, 45, F4, 64, A3, 00, 00, 00, 00, C3, 50, 64, FF, 35, 00, 00, 00, 00, 8D, 44, 24, 0C, 2B, 64, 24, 0C, 53, 56, 57, 89, 28, 8B, E8, A1, 88, DC, 4C, 00, 33, C5, 50, 89, 65, F0, FF, 75, FC, C7, 45, FC, FF, FF, FF, FF, 8D, 45, F4, 64, A3, 00, 00, 00, 00, C3, 50, 64, FF, 35, 00, 00, 00, 00, 8D, 44, 24, 0C, 2B...[+]Code size:688 KB (704,512 bytes)
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2025-04-08