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Filtered by categories='network'
| 类别 | ↓ 名称 | 版本 | 依赖包 | 描述信息 | 软件包体积 | 安装后大小 | 授权方式 | 维护人 | 报告错误 | 源代码 |
|---|---|---|---|---|---|---|---|---|---|---|
| network | addrwatch-mysql | 1.0.2-3 | libc, addrwatch, libmariadb3 | This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the MySQL output module. | 18kB | 17kB | GPL-3.0-or-later | Ondrej Caletka | Bug reports | Sources |
| network | addrwatch-mysql | 1.0.2-3 | libc, addrwatch, libmariadb3 | packages:pkgdata:addrwatch-mysql, This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the MySQL output module. | 16kB | 15kB | GPL-3.0-or-later | Ondrej Caletka | packages:pkgdata:addrwatch-mysql, Bug reports | packages:pkgdata:addrwatch-mysql, Sources |
| network | addrwatch-stdout | 1.0.2-3 | libc, addrwatch | This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the stdout output module. | 2kB | 1kB | GPL-3.0-or-later | Ondrej Caletka | Bug reports | Sources |
| network | addrwatch-stdout | 1.0.2-3 | libc, addrwatch | This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the stdout output module. | 3kB | 2kB | GPL-3.0-or-later | Ondrej Caletka | Bug reports | Sources |
| network | addrwatch-stdout | 1.0.2-3 | libc, addrwatch | packages:pkgdata:addrwatch-stdout, This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the stdout output module. | 2kB | 1kB | GPL-3.0-or-later | Ondrej Caletka | packages:pkgdata:addrwatch-stdout, Bug reports | packages:pkgdata:addrwatch-stdout, Sources |
| network | addrwatch-syslog | 1.0.2-3 | libc, addrwatch | This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the syslog output module. | 3kB | 2kB | GPL-3.0-or-later | Ondrej Caletka | Bug reports | Sources |
| network | addrwatch-syslog | 1.0.2-3 | libc, librt, libpthread, addrwatch | This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the syslog output module. | 3kB | 2kB | GPL-3.0-or-later | Ondrej Caletka | Bug reports | Sources |
| network | addrwatch-syslog | 1.0.2-3 | libc, addrwatch | packages:pkgdata:addrwatch-syslog, This is a tool similar to arpwatch. It main purpose is to monitor network and log discovered ethernet/ip pairings. Addrwatch is extremely useful in networks with IPv6 autoconfiguration (RFC4862) enabled. It allows to track IPv6 addresses of hosts using IPv6 privacy extensions (RFC4941). This contains the syslog output module. | 3kB | 2kB | GPL-3.0-or-later | Ondrej Caletka | packages:pkgdata:addrwatch-syslog, Bug reports | packages:pkgdata:addrwatch-syslog, Sources |
| network | adguardhome | 0.107.21-1 | libc, ca-bundle | Free and open source, powerful network-wide ads and trackers blocking DNS server. | 10899kB | 10920kB | GPL-3.0-only | Dobroslaw Kijowski | Bug reports | Sources |
| network | adguardhome | 0.107.21-1 | libc, ca-bundle | Free and open source, powerful network-wide ads and trackers blocking DNS server. | 10843kB | 10863kB | GPL-3.0-only | Dobroslaw Kijowski | Bug reports | Sources |
| network | adguardhome | 0.107.21-1 | libc, ca-bundle | packages:pkgdata:adguardhome, Free and open source, powerful network-wide ads and trackers blocking DNS server. | 10899kB | 10920kB | GPL-3.0-only | Dobroslaw Kijowski | packages:pkgdata:adguardhome, Bug reports | packages:pkgdata:adguardhome, Sources |
| network | ahcpd | 0.53-2 | libc, ip, librt | Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 21kB | 21kB | MIT | Gabriel Kerneis | Bug reports | Sources |
| network | ahcpd | 0.53-3 | libc, ip, librt | Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 23kB | 22kB | MIT | Gabriel Kerneis | Bug reports | Sources |
| network | ahcpd | 0.53-2 | libc, libssp, ip, librt | Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 19kB | 18kB | MIT | Gabriel Kerneis | Bug reports | Sources |
| network | ahcpd | 0.53-2 | libc, ip, librt | Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 21kB | 20kB | MIT | Gabriel Kerneis | Bug reports | Sources |
| network | ahcpd | 0.53-3 | libc, ip, librt | Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 23kB | 22kB | MIT | Gabriel Kerneis | Bug reports | Sources |
| network | ahcpd | 0.53-3 | libc, ip, librt | packages:pkgdata:ahcpd, Ahcpd is a daemon for configuring an IPv6 network using the Ad-Hoc Configuration Protocol (AHCP). AHCP is designed for wireless mesh networks, where IPv6 autoconfiguration and DHCPv6 do not work, but may also be used on wired networks. | 23kB | 22kB | MIT | Gabriel Kerneis | packages:pkgdata:ahcpd, Bug reports | packages:pkgdata:ahcpd, Sources |
| network | aiccu | 20070115-16 | libc, libssp, libpthread, ip, kmod-sit, kmod-tun | SixXS IPv6 Connectivity Client (without GNUTLS support) | 24kB | 23kB | BSD-3-Clause | Ondrej Caletka | Bug reports | Sources |
| network | aiccu-gnutls | 20070115-16 | libc, libssp, libpthread, ip, kmod-sit, kmod-tun, libgnutls | SixXS IPv6 Connectivity Client (with GNUTLS support) | 25kB | 25kB | BSD-3-Clause | Ondrej Caletka | Bug reports | Sources |
| network | alfred | 2016.5-0 | libc, libssp, libnl-tiny, librt | alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 21kB | 20kB | GPL-2.0 | common routing maintainers | Bug reports | Sources |
| network | alfred | 2022.0-4 | libc, libnl-tiny1, librt | alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 25kB | 24kB | GPL-2.0-only MIT | Simon Wunderlich | Bug reports | Sources |
| network | alfred | 2018.1-2 | libc, libssp, libnl-tiny, librt | alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 21kB | 20kB | GPL-2.0 | common routing maintainers | Bug reports | Sources |
| network | alfred | 2019.2-3 | libc, libnl-tiny, librt | alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 25kB | 24kB | GPL-2.0 | common routing maintainers | Bug reports | Sources |
| network | alfred | 2021.1-3 | libc, librt, libpthread, libnl-tiny1 | alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 23kB | 21kB | GPL-2.0-only MIT | Simon Wunderlich | Bug reports | Sources |
| network | alfred | 2018.1-2 | libc, libssp, libnl-tiny, librt | packages:pkgdata_owrt18_6:alfred, alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 21kB | 20kB | GPL-2.0 | common routing maintainers | packages:pkgdata_owrt18_6:alfred, Bug reports | packages:pkgdata_owrt18_6:alfred, Sources |
| network | alfred | 2022.0-4 | libc, libnl-tiny1, librt | packages:pkgdata:alfred, alfred is a user space daemon for distributing arbitrary local information over the mesh/network in a decentralized fashion. This data can be anything which appears to be useful - originally designed to replace the batman-adv visualization (vis), you may distribute hostnames, phone books, administration information, DNS information, the local weather forecast ... alfred runs as daemon in the background of the system. A user may insert information by using the alfred binary on the command line, or use special programs to communicate with alfred (done via unix sockets). alfred then takes care of distributing the local information to other alfred servers on other nodes. This is done via IPv6 link-local multicast, and does not require any configuration. A user can request data from alfred, and will receive the information available from all alfred servers in the network. | 25kB | 24kB | GPL-2.0-only MIT | Simon Wunderlich | packages:pkgdata:alfred, Bug reports | packages:pkgdata:alfred, Sources |
| network | apcupsd | 3.14.14-1 | libc, libssp, libpthread, libusb-compat | UPS control software | 196kB | 195kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd | 3.14.14-3 | libc, libpthread, libusb-compat4 | UPS control software | 234kB | 234kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd | 3.14.14-2 | libc, libssp, libpthread, libusb-compat | UPS control software | 197kB | 197kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd | 3.14.14-2 | libc, libpthread, libusb-compat4 | UPS control software | 218kB | 218kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd | 3.14.14-3 | libc, libpthread, libusb-compat4 | UPS control software | 237kB | 236kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd-cgi | 3.14.14-1 | libc, libssp, libpthread, libgd | UPS control software CGI module | 26kB | 25kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd-cgi | 3.14.14-3 | libc, libpthread, libgd | UPS control software CGI module | 29kB | 29kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd-cgi | 3.14.14-2 | libc, libpthread, libgd | UPS control software CGI module | 27kB | 27kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd-cgi | 3.14.14-2 | libc, libpthread, libgd | UPS control software CGI module | 27kB | 27kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apcupsd-cgi | 3.14.14-3 | libc, libpthread, libgd | UPS control software CGI module | 29kB | 29kB | GPL-2.0 | Othmar Truniger | Bug reports | Sources |
| network | apinger | 0.6.1-c7da72f7ec26eed..94e | libc, libssp | Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 24kB | 23kB | GPL-2.0 | Alex Samorukov | Bug reports | Sources |
| network | apinger | 2015-04-09-78eb3287-3 | libc | Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 31kB | 30kB | GPL-2.0-only | Alex Samorukov | Bug reports | Sources |
| network | apinger | 2015-04-09-78eb3287-3 | libc | packages:pkgdata:apinger, Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 31kB | 30kB | GPL-2.0-only | Alex Samorukov | packages:pkgdata:apinger, Bug reports | packages:pkgdata:apinger, Sources |
| network | apinger | 2015-04-09-78eb3287-1 | libc | Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 26kB | 25kB | GPL-2.0-only | Alex Samorukov | Bug reports | Sources |
| network | apinger | 2015-04-09-78eb3287-1 | libc | Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 26kB | 25kB | GPL-2.0-only | Alex Samorukov | Bug reports | Sources |
| network | apinger | 2015-04-09-78eb3287-2 | libc, librt, libpthread | Alarm Pinger (apinger) is a little tool which monitors various IP devices by simple ICMP echo requests. There are various other tools, that can do this, but most of them are shell or perl scripts, spawning many processes, thus much CPU-expensive, especially when one wants continuous monitoring and fast response on target failure. Alarm Pinger is a single program written in C, so it doesn't need much CPU power even when monitoring many targets with frequent probes. Alarm Pinger supports both IPv4 and IPv6. The code have been tested on Linux and FreeBSD. | 26kB | 25kB | GPL-2.0-only | Alex Samorukov | Bug reports | Sources |
| network | apinger-rrd | 2015-04-09-78eb3287-3 | libc, librt, libpthread, apinger, rrdtool1, rrdcgi1 | Generate RRD Graphs from Apinger Data | 1kB | 0kB | GPL-2.0-only | Alex Samorukov | Bug reports | Sources |
| network | apinger-rrd | 2015-04-09-78eb3287-3 | libc, librt, libpthread, apinger, rrdtool1, rrdcgi1 | packages:pkgdata:apinger-rrd, Generate RRD Graphs from Apinger Data | 1kB | 0kB | GPL-2.0-only | Alex Samorukov | packages:pkgdata:apinger-rrd, Bug reports | packages:pkgdata:apinger-rrd, Sources |
| network | arp-scan | 1.9-40-g69b2f70-1 | libc, libssp, libpcap | ARP scanner | 21kB | 20kB | GPL-3.0 | Sergey Urushkin | Bug reports | Sources |
| network | arp-scan | 1.9-40-g69b2f70-1 | libc, libpcap | ARP scanner | 23kB | 22kB | GPL-3.0 | Sergey Urushkin | Bug reports | Sources |
| network | arp-scan | 1.9.5-1 | libc, libpcap1 | ARP scanner | 21kB | 21kB | GPL-3.0 | Sergey Urushkin | Bug reports | Sources |
| network | atlas-probe | 2.6.3-1 | libc, librt, libopenssl1.1, openssh-client, sudo | RIPE Atlas is a global, open, distributed Internet measurement platform, consisting of thousands of measurement devices that measure Internet connectivity in real time. | 210kB | 209kB | GPL-2.0-or-later | Jan Pavlinec | Bug reports | Sources |
| network | atlas-probe | 2.6.3-1 | libc, librt, libopenssl1.1, openssh-client, sudo | RIPE Atlas is a global, open, distributed Internet measurement platform, consisting of thousands of measurement devices that measure Internet connectivity in real time. | 211kB | 210kB | GPL-2.0-or-later | Jan Pavlinec | Bug reports | Sources |
| network | atlas-sw-probe | 5080-2 | libc, librt, libpthread, atlas-probe, dropbearconvert | RIPE Atlas SW probe is software variant of RIPE Atlas Probe. It contains utilities which helps actively measure Internet connectivity through ping, traceroute, DNS, SSL/TLS, NTP, and HTTP. Data are then collected, aggregated and published by the RIPE NCC. | 20kB | 19kB | GPL-3.0-or-later | Jan Pavlinec | Bug reports | Sources |
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