Download usr router stats

Author: l | 2025-04-24

USR Router Stats v.1.8.0.3 USR Router Stats 1.8.0.3 is known as a feature rich program specially designed for people who have USRobotic ADSL routers (tested to be working on 91). On startup it asks for the details to log into the router, and then shows a graph and.

Download USR Router Stats 1.8.0.3 gratis free

/tha_rules/VRT-dos.rules Extracted: /tha_rules/VRT-exploit.rules Extracted: /tha_rules/VRT-botnet-cnc.rules Extracted: /tha_rules/VRT-rservices.rules Extracted: /tha_rules/VRT-bad-traffic.rules Extracted: /tha_rules/VRT-malware-cnc.rules Extracted: /tha_rules/VRT-oracle.rules Extracted: /tha_rules/VRT-p2p.rules Extracted: /tha_rules/VRT-web-cgi.rules Extracted: /tha_rules/VRT-file-pdf.rules Extracted: /tha_rules/VRT-content-replace.rulesPrepping rules from opensource.gz for work.... extracting contents of /tmp/opensource.gz... Ignoring plaintext rules: deleted.rules Ignoring plaintext rules: experimental.rules Ignoring plaintext rules: local.rules Reading rules...Generating Stub Rules.... Generating shared object stubs via:/usr/local/bin/snort -c /etc/snort/snort.conf --dump-dynamic-rules=/tmp/tha_rules/so_rules/ An error occurred: WARNING: No dynamic libraries found in directory /usr/local/lib/snort_dynamicrules. An error occurred: WARNING: ip4 normalizations disabled because not inline. An error occurred: WARNING: tcp normalizations disabled because not inline. An error occurred: WARNING: icmp4 normalizations disabled because not inline. An error occurred: WARNING: ip6 normalizations disabled because not inline. An error occurred: WARNING: icmp6 normalizations disabled because not inline. Dumping dynamic rules... Finished dumping dynamic rules. Done Reading rules... Reading rules...Cleanup.... removed 168 temporary snort files or directories from /tmp/tha_rules!Writing Blacklist File /etc/snort/rules/iplists/black_list.rules....Writing Blacklist Version 808859188 to /etc/snort/rules/iplistsIPRVersion.dat....Processing /etc/snort/disablesid.conf.... Disabled 129:12 Disabled 129:15 Disabled 1:20099 Disabled 1:24669 Disabled 1:23776 Disabled 1:23631 Modified 6 rules DoneSetting Flowbit State.... Enabled 95 flowbits DoneWriting /etc/snort/rules/snort.rules.... DoneGenerating sid-msg.map.... DoneWriting v2 /etc/snort/sid-msg.map.... DoneWriting /var/log/sid_changes.log.... DoneRule Stats... New:-------0 Deleted:---0 Enabled Rules:----27620 Dropped Rules:----0 Disabled Rules:---23496 Total Rules:------51116IP Blacklist Stats... Total IPs:-----99395DonePlease review /var/log/sid_changes.log for additional detailsFly Piggy Fly!`">Config File Variable Debug /etc/snort/pulledpork.conf state_order = disable,drop,enable sid_msg = /etc/snort/sid-msg.map disablesid = /etc/snort/disablesid.conf sid_msg_version = 2 rule_url = ARRAY(0x267e0b8) rule_path = /etc/snort/rules/snort.rules black_list = /etc/snort/rules/iplists/black_list.rules snort_path = /usr/local/bin/snort version = 0.7.2 IPRVersion = /etc/snort/rules/iplists distro = Ubuntu-16-04 sid_changelog = /var/log/sid_changes.log config_path = /etc/snort/snort.conf snort_control = /usr/local/bin/snort_control temp_path = /tmp ignore = deleted.rules,experimental.rules,local.rules local_rules = /etc/snort/rules/local.rules sorule_path = /usr/local/lib/snort_dynamicrules/MISC (CLI and Autovar) Variable Debug: arch Def is: x86-64 Operating System is: linux CA Certificate File is: OS Default Config Path is: /etc/snort/pulledpork.conf Distro Def is: Ubuntu-16-04 Disabled policy specified local.rules path is: /etc/snort/rules/local.rules Rules file is: /etc/snort/rules/snort.rules Path to disablesid file: /etc/snort/disablesid.conf sid changes will be logged to: /var/log/sid_changes.log sid-msg.map Output Path is: /etc/snort/sid-msg.map Snort Version is: 2.9.8.2 Snort Config File: /etc/snort/snort.conf Snort Path is: /usr/local/bin/snort SO Output Path is: /usr/local/lib/snort_dynamicrules/ Will process SO rules Logging Flag is Set Verbose Flag is Set File(s) to ignore = deleted.rules,experimental.rules,local.rules Base URL is: latest MD5 for snortrules-snapshot-2982.tar.gz.... Fetching md5sum for: snortrules-snapshot-2982.tar.gz.md5** GET ==> 200 OK (1s) most recent rules file digest: f436ae21ef7936a488f95a786f293b7b current local rules file digest: f436ae21ef7936a488f95a786f293b7b The MD5 for snortrules-snapshot-2982.tar.gz matched f436ae21ef7936a488f95a786f293b7bRules tarball download of community-rules.tar.gz.... Fetching rules file: community-rules.tar.gzBut not verifying MD5** GET ==> 302 Found** GET ==> 200 OK storing file at: /tmp/community-rules.tar.gz Ok, not verifying the digest.. lame, but that's what you specified! So if the rules tarball doesn't extract properly and this script croaks.. it's your fault! No Verify Set Done!IP Blacklist download of GET ==> 302 Found** GET ==> 200 OK Reading IP List...Checking latest MD5 for opensource.gz.... Fetching md5sum for: opensource.gz.md5** GET ==> 200 OK (8s) most recent rules file digest: 40ecff7f156dbb95d0507218b584c150 current local rules file digest: 40ecff7f156dbb95d0507218b584c150 The MD5 for opensource.gz matched 40ecff7f156dbb95d0507218b584c150Checking latest MD5 for emerging.rules.tar.gz.... Fetching md5sum for: emerging.rules.tar.gz.md5** GET ==> 200 OK most recent rules file digest: 3f3269f065b7dd4c62634536ab372fbd current local rules file digest:

USR IOT USR-G806 NETWORK ROUTER SOFTWARE

I've been attempting this for two weeks and I've accessed countless number of sites on this issue and it seems there is something I'm not getting here and I'm at a lost. I manged to figure out how to merge logs from two servers together. (Taking care to only merge the matching domains together)The logs from the first server span from 15 Dec 2012 to 8 April 2014 The logs from the second server span from 2 Mar 2014 to 9 April 2014I was able to successfully merge them using the logresolvemerge.pl script simply enermerating each log and > out_putting_it_to_fileLooking at the two logs from each server the format seems exactly the same. The problem I'm having is producing the stats page for the logs. The command I've boiled it down to is /usr/share/awstats/tools/awstats_buildstaticpages.pl -configdir=/home/User/Documents/conf/ -config=example.com awstatsprog=/usr/share/awstats/wwwroot/cgi-bin/awstats.pl dir=/home/User/Documents/parced -month=all -year=all -update -buildpdfIn the conf directory I have a filed called: awstats.example.com.conf # Name of the logfile LogFile=/home/User/Documents/MergedStats/merged_example.com_access_log LogType=W LogFormat=1 SiteDomain="example.com" HostAliases="REGEX[example\.com$] " etc...Everything Seems in order but the generated stats only show stats from 2 Mar 2014 to 9 April 2014 (The second server's data) I'm not getting the three years data's worth of the first server. At first I thought Awstats was only generating the first month of stats, but the date range is limited to the second server's stats. Even though the merge file contains all of it.What did I miss?Updatealxgomz response showed me that the files I wanted were in the dirdata directory I had made. It seems that if you do awstats on a non server it still wants to be served up so I imported those dirdata files to the server however I missing the month of January from the stats. It generated all the way back from 2012 but can't find those records... Could the server maybe not have moved the access logs yet?? Meaning does the main server access_log get parced and spread out to each sub domain by a command or does it Cpanel make all the logs at the same time?

Configuring the Broadband Router - USR

IPHost Network Monitor allows you to test and monitor performance parameters of network routers. You can select which variable to monitor using built-in MIB browser that provides you with all variables supported by router, their current values and descriptions taken from MIBs.Network routers are network devices that forward data packets between computer networks. The forwarding rules are under user control (thus routers are different from network switches). There are both hardware and software routers.Routers provide connectivity between networks and often implement certain other networking features (such as firewalls, VPNs, QoS (prioritizing packets), network proxy, port forwarding, WiFi access point and so on). As firewall, routers often serves as a security-enforcing device, especially as edge router (the one forwarding traffic from external network into local one).Typical routers monitoring use casesApart from gathering general health stats from router devices, their monitoring reflects primary router functions (as well as maintenance tasks), such asdetecting network congestion and (as an action) redirecting trafficchecking ISP accessibility and, optionally, switching between several ISPs to maintain connectivitytraffic accounting (gathering stats of traffic consumed per user/device)Specifics of SNMP routers monitoring are defined by the device’ purpose and can vary depending on its exact functions.List of MIBs used to monitor router devicesARROWPOINT-BRIDGEEXT-MIBThe MIB module used to describe the ArrowPoint Communications logging functionality.AIRPORT-BASESTATION-3-MIBManagement information base in SMI v2 for the AirPort and AirPort Extreme Base Station (v3).ALLIEDTELESYN-MIBPrivate MIB for AR series Remote Access Router; Private MIB for Rapier series layer 3 switches.CISCO-CALL-HISTORY-MIBMIB module to describe and store the call information of the routers for accounting purposes.CISCO-CAS-IF-MIBThis MIB manages the generic CAS (Channel Associated Signal) or DS0 clear channel Interfaces in the router.CISCO-CONFIG-COPY-MIBThis MIB facilitates writing of configuration filesof an SNMP Agent running Cisco’s IOS in the following ways: to and from the net, copying running configurations to startup configurations and vice-versa, and copying a configuration(running or startup) to and from the localIOS file system.CISCO-FABRIC-C12K-MIBThis is the Cisco Fabric MIB module for c12000 series of routers. This MIB module is used for managing/tracking the c12000 fabric entities and fabric related configuration, status and statistics information.CISCO-FABRIC-HFR-MIBCisco Huge Fast Router/Switch Fabric MIB module. This MIB module is used for managing/tracking the Huge Fast Router fabric entities and/or fabric related configuration, state and statistics information.CISCO-HSRP-EXT-MIBThe Extension MIB module for the CISCO-HSRP-MIB which isbased on RFC2281.This MIB provides an extension to the CISCO-HSRP-MIB which defines Cisco’s proprietary Hot Standby Routing Protocol(HSRP), defined in RFC2281. The extensions cover assigning of secondary HSRP ip addresses, modifying an HSRP Group’s priority by tracking the operational status of interfaces,etc.CISCO-HSRP-MIBThe MIB module provides a means to monitor and configurethe Cisco IOS proprietary Hot Standby Router Protocol (HSRP). Cisco HSRP protocol is defined in RFC2281.CISCO-IMAGE-MIBRouter image MIB which identifies the capabilities and characteristics of the image.CISCO-ISDN-MIBMIB module to describe the status of the ISDN Interfaces on the routers.CISCO-ISDNU-IF-MIBThis MIB manages the ISDN BRI integrated U Interface in the router.CISCO-PORT-QOS-MIBThis MIB module is for the management of Cisco’s per port rate-limiting and traffic shaping on L3 switch/Router Platform(s).CISCO-PPPOE-MIBThis MIB module provides the ability. USR Router Stats v.1.8.0.3 USR Router Stats 1.8.0.3 is known as a feature rich program specially designed for people who have USRobotic ADSL routers (tested to be working on 91). On startup it asks for the details to log into the router, and then shows a graph and. USR Router Stats v.1.8.0.3 USR Router Stats 1.8.0.3 is known as a feature rich program specially designed for people who have USRobotic ADSL routers (tested to be working on 91). On startup it asks for the details to log into the router, and then shows a graph and.

USR IOT USR-G806 NETWORK ROUTER USER MANUAL

Memiliki dua router dalam jaringan Anda dan layanan internet Anda dikelola oleh salah satunya (misalnya router/modem internet ISP Anda dan router DD-WRT), pastikan alamat IP Lokal router DD-WRT Anda berbeda dari IP router utama. (Dalam hal ini IP router utama adalah 192.168.0.1, sedangkan salah satu yang kita koneksikan ke server ExpressVPN bisa diakses melalui 192.168.1.1). Anda juga akan perlu menyambungkan router ISP ke router DD-WRT Anda lewat kabel setelah dikonfigurasi. Static DNS 2 = 78.46.223.24Pilih Setup > IPV6. Atur IPv6 ke Tidak Aktif, lalu Simpan & Terapkan Pengaturan. Ini merupakan langkah yang disarankan dalam rangka untuk mencegah kemungkinan bocornya IP.Arahkan ke Service > VPN. Di dalam ‘OpenVPN Client’, atur ‘Start OpenVPN Client’ menjadi ‘Enable’, guna melihat opsi yang penting untuk konfigurasi ini. Kemudian atur yang berikut ini seperti ditunjukkan dalam diagram di bawah:Jika dengan alasan apa pun kolom Nama Pengguna dan Kata Sandi tidak ada, Anda bisa mengaktifkannya dengan menuju ke Administration > Commands, dan masukkan kode-kode di bawah ini:echo "NAMAPENGGUNA_ExpressVPNKATASANDI_EXPRESSVPN" > /tmp/openvpncl/user.conf/usr/bin/killall openvpn/usr/sbin/openvpn --config /tmp/openvpncl/openvpn.conf --route-up /tmp/openvpncl/route-up.sh --down-pre /tmp/openvpncl/route-down.sh –daemonIngatlah untuk menggantikan NAMAPENGGUNA_EXPRESSVPN dan KATASANDI_EXPRESSVPN masing-masing dengan kredensial akun ExpressVPN Anda. Klik ‘Save Startup’, dan kembali ke tab VPN sebelumnya (Layanan > VPN).Dalam kotak ‘Additional Config’ bisa dimasukkan atau disalin/tempelkan kode-kode berikut ini secara persis:remote-cert-tls serverremote-randomnobindtun-mtu 1500tun-mtu-extra 32mssfix 1450persist-keypersist-tunping-timer-remreneg-sec 0#log /tmp/vpn.log#Hapus `#` di baris di bawah bila router Anda tidak memiliki kolom kredensial dan Anda ikuti langkah 3.1:#auth-user-pass /tmp/openvpncl/user.confLog masuk ke bagian akun Anda pada situs web penyedia VPN Anda (dalam hal ini: ucp.expressvpn.com/login) untuk mengunduh sertifikat CA dan TLS dari ‘Downloads Area’ Anda. Gunakan ekstraktor arsip favorit Anda (WinRar, 7-zip, dll.), unzip berkas-berkasnya ke komputer Anda untuk memungkinkan Anda mendapatkan akses ke folder otentisitas sertifikat CA dan TLS.Gunakan editor teks (seperti Notepad atau Notepad++), buka berkas ‘CA.crt’ dari server yang Anda pilih untuk dipakai.Salin isi dari berkas ‘CA.crt’ ke dalam kolom CA Cert seperti ditunjukkan dalam Gambar 3 di atas. Harap pastikan kalau seluruh teksnya sudah disalin dan ditempelkan, termasuk baris “-----BEGIN CERTIFICATE----- and -----END CERTIFICATE-----“.Gunakan editor teks (seperti Notepad atau Notepad++), buka berkas ‘TLS.key’ dari server yang Anda pilih untuk dipakai.Salin isi dari berkas ‘TLS.key’ ke dalam kolom TLS Auth Key seperti ditunjukkan dalam Gambar 3 di atas. Harap pastikan kalau seluruh teksnya sudah disalin dan ditempelkan, termasuk baris “-----BEGIN OpenVPN Static key V1----- and -----END OpenVPN Static key V1-----“. Setelah memasukkan semua data tersebut, klik ‘Save’ dan kemudian pada ‘Apply Settings’ untuk menyelesaikan pekerjaan ini.Terakhir, Anda perlu memverifikasi kalau VPN-nya aktif dan siap digunakan, untuk melakukan itu, tunjuk ke Status > OpenVPN. Di bawah ‘State’, Anda seharusnya melihat pesan: Client: CONNECTED SUCCESS. Ini menunjukkan kalau proses penyiapan sudah berhasil.Bila Anda ingin mematikan sementara VPN Anda, Anda bisa melakukan itu dengan mengubah bagian “Start OpenVPN Client” menjadi

USR IOT USR-G800V2 NETWORK ROUTER USER MANUAL

Schema, **kwargs): event = PortBindingEvent(OVN_MONITORED_LOGICAL_PORT) self.notify_handler = row_event.RowEventHandler() self.notify_handler.watch_event(event) super(BaseOvnSbIdl, self).__init__(remote, schema, **kwargs) def notify(self, event, row, updates=None): self.notify_handler.notify(event, row, updates) i_sb = BaseOvnSbIdl.from_server(conn_sb, 'OVN_Southbound')i_nb = connection.OvsdbIdl.from_server(conn_nb, 'OVN_Northbound') # The ovsdbapp Connection objecttry: c_sb = connection.Connection(idl=i_sb, timeout=3) c_nb = connection.Connection(idl=i_nb, timeout=3)except Exception as e: logger.error(f'Unable to connect to the OVN databases: {traceback.format_exc()}') sys.exit(1) # The OVN_Northbound API implementation object api_sb = impl_sbidl.OvnSbApiIdlImpl(c_sb)api_nb = impl_nbidl.OvnNbApiIdlImpl(c_nb) logger.info(f'Started monitoring the distributed logical port: {OVN_MONITORED_LOGICAL_PORT}') Event().wait() Create the file named /etc/systemd/system/ovn-ha-gateway-controller.service with the following content. [Unit]Description=oVirt HA Gateway port controllerRequires=ovsdb-server.serviceAfter=ovsdb-server.service [Service]Environment="OVN_MONITORED_LOGICAL_PORT=cr-router-port"Type=simpleExecStart=/usr/libexec/platform-python /usr/share/ovirt-provider-ovn/ovn_ha_gw_controller.pyExecStop=Restart=alwaysRestartSec=10 [Install]WantedBy=multi-user.targetEnable and start the service. Start the service. systemctl enable ovn-ha-gateway-controller.servicesystemctl start ovn-ha-gateway-controller.service Task 12: Finalize OCI Networking Configuration.The packets from the VM1 should be able to reach OCI VLAN 1001. Our plan is to enable these packets to reach the Internet. You should attach a route table to the VLAN with the rule: (Route 0.0.0.0/0 through NAT gateway). For the traffic returning from the Internet towards the VM1, we need to handle the routing for CIDR 10.0.150.0/24. We need to define an external IP for VLAN 1001. This is the IP address associated with the logical router port, 10.0.20.10. With this IP address defined, we will create a new routing table with the rule: ( Route 10.0.150.0/24 through 10.0.20.10) Now, we can associate this new route with the NAT gateway and forward the packets to reach VM1. At this stage we should be able to reach the Internet from the VM1. Oracle Cloud Infrastructure Documentation Oracle Linux Virtualization Manager ovn-nbctl(8) —

USR-G781 Cellular Modem Routers - Jinan USR IOT

Solaris_exporterDescriptionSPARC solaris exporter for Prometheus.Written by Alexander Golikov for collecting SPARC Solaris metrics for Prometheus.Tested on Solaris 11.3.25, 11.4.4, 11.4.41, 10u11(limited) SPARC.Also work on x86 platform, community-tested with Openindiana (x86) (OI-hipster-minimal-20201031.iso) and Solaris10u11.versions2020 Jan 31. Initial2020 Feb 04. Added UpTime in UpTimeCollector.2020 Feb 09. Added DiskErrorCollector, ZpoolCollector, FmadmCollector, SVCSCollector, FCinfoCollector2020 Dec 17. Added PrtdiagCollector, MetaStatCollector, MetaDBCollector2021 Jan 05. Added TextFileCollector, SVCSCollector now enabled for all zones (Thanks to Marcel Peter)2021 Mar 01. Fixed psutil version to 5.7.0 (something changed in the newer versions, have to time to look at)2022 Jan 24. Added support for Python 3.2022 Feb 04. Documentation update for support of Solaris 11.4.41.2022 Feb 05. Fixed support of Python 2.7 for Solaris 11.4.41.2022 May 04. Added LdomsLsCollector due to discussion.2025 Jan 16. Added InventoryCPUCollector, InventoryMemCollector, InventoryOSinfoCollector- all for inventory requests in prometheusProvides info about:Solaris Zones CPU Usage with processor sets info (PerZoneCpuCollector);Solaris Zones Virtual Memory (SWAP) Resource Capping (PerZoneCapsCollector);Common CPU stats (CpuTimeCollector);Avg Load (CpuLoadCollector);Disk IO (DiskIOCollector);Disk Errors (DiskErrorCollector);Disk Space (DiskSpaceCollector, requires 'file_dac_search' priv for solaris zones)Memory Usage, swap-in, swap-out (MemCollector);Network Interfaces (NetworkCollector);Node time, uptime (CurTimeCollector, UpTimeCollector);FC links Multipath (FCinfoCollector, /usr/sbin/mpathadm list lu)System Services health via 'svcs -x' command (SVCSCollector);Whole system health via 'fmadm faulty' (FmadmCollector), requires pfexec of '/usr/sbin/fmadm'.Zpool devices health via 'zpool status' command (ZpoolCollector)prtdiag -v return code(PrtdiagCollector)Solaris Volume Manager disk status (MetaStatCollector, MetaDBCollector).Get info from text files *.prom in folder provided by text_file_path var (TextFileCollector).LDOM info via 'ldm list' (LdomsLsCollector), requires auth 'solaris.ldoms.read'.Inventory infirmation (InventoryCPUCollector, InventoryMemCollector, InventoryOSinfoCollector, DiskSpaceCollector)Grafana dashboard.Dashboard config is located in file grafana-dashboard-solaris.jsonPic1Pic2Installation.To use this exporter you need Python2.7 or Python3.x and its modules prometheus_client, psutil.Solaris 10u11:# Setup proxy vars to have access to internet export http_proxy= export https_proxy= # Install pkgutil wget pkgadd -d ./now # Update repo list /opt/csw/bin/pkgutil -U # Install Python 2.7 or Python 3.3 (it works on both) # Python 2.7 (preferred) /opt/csw/bin/pkgutil -y -i python27 /opt/csw/bin/pkgutil -y -i python27_dev /opt/csw/bin/pkgutil -y -i py_pip /usr/sbin/pkgchk -L CSWpy-pip # list installed files if you need # or Python 3.3 /opt/csw/bin/pkgutil -y -i python33 /opt/csw/bin/pkgutil -y -i python33_dev # pip3 is not included in pkgutil, we need to install it by hands # download pip3.3 installer [ and run it with python3.3 /opt/csw/bin/python3.3 get-pip.py # Install gcc5core /opt/csw/bin/pkgutil -y -i gcc5core # Install Python module prometheus_client # Python 2.7 /opt/csw/bin/pip2.7 install prometheus_client==0.7.1 # Note than current versions of prometheus_client (0.14.1 +) for some reasons not works with Python 2.7, # that. USR Router Stats v.1.8.0.3 USR Router Stats 1.8.0.3 is known as a feature rich program specially designed for people who have USRobotic ADSL routers (tested to be working on 91). On startup it asks for the details to log into the router, and then shows a graph and. USR Router Stats v.1.8.0.3 USR Router Stats 1.8.0.3 is known as a feature rich program specially designed for people who have USRobotic ADSL routers (tested to be working on 91). On startup it asks for the details to log into the router, and then shows a graph and.