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Filtered by categories='network---routing-and-redirection'

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---routing-and-redirectionbabeld1.12.2-1libc, libubus20220601, libubox20220515packages:pkgdata:babeld, Babel is a loop-avoiding distance-vector routing protocol for IPv6 and IPv4
with fast convergence properties. It is based on the ideas in DSDV, AODV and
Cisco's EIGRP, but is designed to work well not only in wired networks but
also in wireless mesh networks, and has been extended with support for
overlay networks. Babel is an IETF standard protocol (RFC 8966).

68kB67kBMITGabriel Kerneis, Baptiste Jonglez, Nick Hainke,packages:pkgdata:babeld, Bug reportspackages:pkgdata:babeld, Sources
network---routing-and-redirectionprincev0.4-2libc, librt, libpthread, libjson-c5Prince is an open source implementation of the PopRouting Algorithm.
It has been developed as a Google Summer of Code Project in collaboration with Freifunk and the University of Trento.

Prince fetches topology data from a Link State routing daemon (OONF, OLSR, OSPF, etc),
calculates the betweenness centrality using the topology and then computes the
the timers' optimal values using these data. At the end of the computation the timers are pushed back to the routing daemon.
Since v0.4 it supports both OONF and OLSRd.

27kB26kBMITcommon routing maintainersBug reportsSources
network---routing-and-redirectionbabeld1.12.2-1libc, libubus20210630, libubox20210516Babel is a loop-avoiding distance-vector routing protocol for IPv6 and IPv4
with fast convergence properties. It is based on the ideas in DSDV, AODV and
Cisco's EIGRP, but is designed to work well not only in wired networks but
also in wireless mesh networks, and has been extended with support for
overlay networks. Babel is an IETF standard protocol (RFC 8966).

69kB68kBMITGabriel Kerneis, Baptiste Jonglez, Nick Hainke,Bug reportsSources
network---routing-and-redirectionprincev0.4-1libc, libssp, libjson-c2, libpthreadPrince is an open source implementation of the PopRouting Algorithm.
It has been developed as a Google Summer of Code Project in collaboration with Freifunk and the University of Trento.

Prince fetches topology data from a Link State routing daemon (OONF, OLSR, OSPF, etc),
calculates the betweenness centrality using the topology and then computes the
the timers' optimal values using these data. At the end of the computation the timers are pushed back to the routing daemon.
Since v0.4 it supports both OONF and OLSRd.

26kB26kBMITcommon routing maintainersBug reportsSources
network---routing-and-redirectionbabeld1.9.2-1libc, libsspBabel is a loop-avoiding distance-vector routing protocol for IPv6 and IPv4
with fast convergence properties. It is based on the ideas in DSDV, AODV and
Cisco's EIGRP, but is designed to work well not only in wired networks but
also in wireless mesh networks, and has been extended with support for
overlay networks. Babel is in the process of becoming an IETF Standard.

49kB48kBMITGabriel Kerneis, Baptiste Jonglez,Bug reportsSources
network---routing-and-redirectionprincev0.4-1libc, libjson-c, libpthreadPrince is an open source implementation of the PopRouting Algorithm.
It has been developed as a Google Summer of Code Project in collaboration with Freifunk and the University of Trento.

Prince fetches topology data from a Link State routing daemon (OONF, OLSR, OSPF, etc),
calculates the betweenness centrality using the topology and then computes the
the timers' optimal values using these data. At the end of the computation the timers are pushed back to the routing daemon.
Since v0.4 it supports both OONF and OLSRd.

28kB27kBMITcommon routing maintainersBug reportsSources
network---routing-and-redirectionbabeld1.8.5-1libcBabel is a loop-avoiding distance-vector routing protocol roughly based
on DSDV and AODV, but with provisions for link cost estimation and
redistribution of routes from other routing protocols.
While it is optimised for wireless mesh networks, Babel will also work
efficiently on wired networks. It will generate between 1.2 and 2.4 times
the amount of routing traffic that RIPng would generate, while
never counting to infinity.

55kB54kBMITGabriel Kerneis, Baptiste Jonglez,Bug reportsSources
network---routing-and-redirectionprince0.4-3libc, librt, libpthread, libjson-c5Prince is an open source implementation of the PopRouting Algorithm.
It has been developed as a Google Summer of Code Project in collaboration with Freifunk and the University of Trento.

Prince fetches topology data from a Link State routing daemon (OONF, OLSR, OSPF, etc),
calculates the betweenness centrality using the topology and then computes the
the timers' optimal values using these data. At the end of the computation the timers are pushed back to the routing daemon.
Since v0.4 it supports both OONF and OLSRd.

26kB25kBMITGabriele GemmiBug reportsSources
network---routing-and-redirectionbabeld1.12.2-1libc, libubus20220601, libubox20220515Babel is a loop-avoiding distance-vector routing protocol for IPv6 and IPv4
with fast convergence properties. It is based on the ideas in DSDV, AODV and
Cisco's EIGRP, but is designed to work well not only in wired networks but
also in wireless mesh networks, and has been extended with support for
overlay networks. Babel is an IETF standard protocol (RFC 8966).

68kB67kBMITGabriel Kerneis, Baptiste Jonglez, Nick Hainke,Bug reportsSources
network---routing-and-redirectionbabeld1.8.0-3libc, libsspBabel is a loop-avoiding distance-vector routing protocol roughly based
on DSDV and AODV, but with provisions for link cost estimation and
redistribution of routes from other routing protocols.
While it is optimised for wireless mesh networks, Babel will also work
efficiently on wired networks. It will generate between 1.2 and 2.4 times
the amount of routing traffic that RIPng would generate, while
never counting to infinity.

48kB47kBMITGabriel Kerneis, Baptiste Jonglez,Bug reportsSources
network---routing-and-redirectionprincev0.4-1libc, libssp, libjson-c, libpthreadPrince is an open source implementation of the PopRouting Algorithm.
It has been developed as a Google Summer of Code Project in collaboration with Freifunk and the University of Trento.

Prince fetches topology data from a Link State routing daemon (OONF, OLSR, OSPF, etc),
calculates the betweenness centrality using the topology and then computes the
the timers' optimal values using these data. At the end of the computation the timers are pushed back to the routing daemon.
Since v0.4 it supports both OONF and OLSRd.

24kB23kBMITcommon routing maintainersBug reportsSources
network---routing-and-redirectionyggdrasil0.4.3-1libc, kmod-tun, dkjson, libuci-luaYggdrasil builds end-to-end encrypted networks with IPv6.
Beyond the similarities with cjdns is a different routing
algorithm. This globally-agreed spanning tree uses greedy
routing in a metric space. Back-pressure routing techniques
allow advanced link aggregation bonding on per-stream basis.
In turn, a single stream will span across multiple network
interfaces simultaneously with much greater throughput.

2942kB2946kBLGPL-3.0-onlyWilliam FleurantBug reportsSources
network---routing-and-redirectionyggdrasil0.4.0-1libc, kmod-tun, dkjson, libuci-luaYggdrasil builds end-to-end encrypted networks with IPv6.
Beyond the similarities with cjdns is a different routing
algorithm. This globally-agreed spanning tree uses greedy
routing in a metric space. Back-pressure routing techniques
allow advanced link aggregation bonding on per-stream basis.
In turn, a single stream will span across multiple network
interfaces simultaneously with much greater throughput.

3254kB3263kBLGPL-3.0-onlyWilliam FleurantBug reportsSources
network---routing-and-redirectionyggdrasil0.4.3-1libc, kmod-tun, dkjson, libuci-luaYggdrasil builds end-to-end encrypted networks with IPv6.
Beyond the similarities with cjdns is a different routing
algorithm. This globally-agreed spanning tree uses greedy
routing in a metric space. Back-pressure routing techniques
allow advanced link aggregation bonding on per-stream basis.
In turn, a single stream will span across multiple network
interfaces simultaneously with much greater throughput.

3000kB3005kBLGPL-3.0-onlyWilliam FleurantBug reportsSources
network---routing-and-redirectionlldpd1.0.7-1libc, libevent2-7LLDP (Link Layer Discovery Protocol) is an industry standard protocol designed
to supplant proprietary Link-Layer protocols such as
Extreme's EDP (Extreme Discovery Protocol) and
CDP (Cisco Discovery Protocol).
The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver
Link-Layer notifications to adjacent network devices.

148kB147kBISCStijn TintelBug reportsSources
network---routing-and-redirectionlldpd1.0.3-1libc, libssp, libevent2-7LLDP (Link Layer Discovery Protocol) is an industry standard protocol designed
to supplant proprietary Link-Layer protocols such as
Extreme's EDP (Extreme Discovery Protocol) and
CDP (Cisco Discovery Protocol).
The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver
Link-Layer notifications to adjacent network devices.

107kB106kBISCStijn TintelBug reportsSources
network---routing-and-redirectionlldpd1.0.1-1libc, libevent2LLDP (Link Layer Discovery Protocol) is an industry standard protocol designed
to supplant proprietary Link-Layer protocols such as
Extreme's EDP (Extreme Discovery Protocol) and
CDP (Cisco Discovery Protocol).
The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver
Link-Layer notifications to adjacent network devices.

130kB129kBISCStijn TintelBug reportsSources
network---routing-and-redirectionlldpd1.0.13-3libc, libcap, libevent2-7LLDP (Link Layer Discovery Protocol) is an industry standard protocol designed
to supplant proprietary Link-Layer protocols such as
Extreme's EDP (Extreme Discovery Protocol) and
CDP (Cisco Discovery Protocol).
The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver
Link-Layer notifications to adjacent network devices.

124kB123kBISCStijn TintelBug reportsSources
network---routing-and-redirectionlldpd0.9.7-1libc, libssp, libevent2LLDP (Link Layer Discovery Protocol) is an industry standard protocol designed
to supplant proprietary Link-Layer protocols such as
Extreme's EDP (Extreme Discovery Protocol) and
CDP (Cisco Discovery Protocol).
The goal of LLDP is to provide an inter-vendor compatible mechanism to deliver
Link-Layer notifications to adjacent network devices.

107kB106kBISCStijn TintelBug reportsSources
network---routing-and-redirectionmwan32.6.18-1libc, ip, ipset, iptables, iptables-mod-conntrack-extra, iptables-mod-ipopt, jshnHotplug script which makes configuration of multiple WAN interfaces simple
and manageable. With loadbalancing/failover support for up to 250 wan
interfaces, connection tracking and an easy to manage traffic ruleset.

11kB11kBGPLv2Florian EckertBug reportsSources
network---routing-and-redirectionmwan32.0.2-1libc, libssp, ip, ipset, iptables, iptables-mod-conntrack-extra, iptables-mod-ipoptHotplug script which makes configuration of multiple WAN interfaces simple
and manageable. With loadbalancing/failover support for up to 250 wan
interfaces, connection tracking and an easy to manage traffic ruleset.

7kB6kBGPLv2Florian EckertBug reportsSources
network---routing-and-redirectioncjdnsv21.1-4libc, kmod-tun, libnl-tiny1, libpthread, librt, libuci-lua, lua-bencode, dkjson, luasocket, lua-sha2packages:pkgdata:cjdns, Cjdns implements an encrypted IPv6 network using public-key cryptography for address allocation and a distributed hash table for routing. This provides near-zero-configuration networking, and prevents many of the security and scalability issues that plague existing networks.

393kB392kBGPL-3.0-or-laterWilliam Fleurantpackages:pkgdata:cjdns, Bug reportspackages:pkgdata:cjdns, Sources
network---routing-and-redirectioncjdns-testsv21.1-4libc, libpthread, librtpackages:pkgdata:cjdns-tests, cjdns test cases

332kB332kBGPL-3.0-or-laterWilliam Fleurantpackages:pkgdata:cjdns-tests, Bug reportspackages:pkgdata:cjdns-tests, Sources
network---routing-and-redirectioncjdnsv21.1-4libc, kmod-tun, libnl-tiny1, libpthread, librt, libuci-lua, lua-bencode, dkjson, luasocket, lua-sha2Cjdns implements an encrypted IPv6 network using public-key cryptography for address allocation and a distributed hash table for routing. This provides near-zero-configuration networking, and prevents many of the security and scalability issues that plague existing networks.

396kB396kBGPL-3.0-or-laterWilliam FleurantBug reportsSources
network---routing-and-redirectioncjdns-testsv21.1-4libc, libpthread, librtcjdns test cases

336kB336kBGPL-3.0-or-laterWilliam FleurantBug reportsSources
network---routing-and-redirectiontcpproxy1.2-3libc, librt, libpthreadtcpproxy is a simple tcp connection proxy which combines the features of rinetd and 6tunnel.
tcpproxy supports IPv4 and IPv6 and also supports connections from IPv6 to IPv4 endpoints and vice versa.

18kB17kBGPL-3.0-or-laterChristian PointnerBug reportsSources
network---routing-and-redirectiontcpproxy1.2-3libctcpproxy is a simple tcp connection proxy which combines the features of rinetd and 6tunnel.
tcpproxy supports IPv4 and IPv6 and also supports connections from IPv6 to IPv4 endpoints and vice versa.

17kB16kBGPL-3.0-or-laterChristian PointnerBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv60.3-5libc, luci-base, luci-compat, bird1-ipv6-uciLuCI support for BIRD (v1.6) (IPv6)

8kB7kBGPL-3.0-or-laterRoger Pueyo CentellesBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv40.3-5libc, luci-base, luci-compat, bird1-ipv4-uciLuCI support for BIRD (v1.6) (IPv4)

8kB7kBGPL-3.0-or-laterRoger Pueyo CentellesBug reportsSources
network---routing-and-redirectionbird1-ipv6-uci0.3-5libc, libuci20130104, uci, bird1-ipv6The BIRD UCI module (v1.6) (IPv6)

6kB5kBGPL-3.0-or-laterRoger Pueyo CentellesBug reportsSources
network---routing-and-redirectionbird1-ipv4-uci0.3-5libc, libuci20130104, uci, bird1-ipv4The BIRD UCI module (v1.6) (IPv4)

7kB6kBGPL-3.0-or-laterRoger Pueyo CentellesBug reportsSources
network---routing-and-redirectiontcpproxy1.2-4libctcpproxy is a simple tcp connection proxy which combines the features of rinetd and 6tunnel.
tcpproxy supports IPv4 and IPv6 and also supports connections from IPv6 to IPv4 endpoints and vice versa.

19kB18kBGPL-3.0-or-laterChristian PointnerBug reportsSources
network---routing-and-redirectioncjdnsv21.1-4libc, kmod-tun, libnl-tiny1, libpthread, librt, libuci-lua, lua-bencode, dkjson, luasocket, lua-sha2Cjdns implements an encrypted IPv6 network using public-key cryptography for address allocation and a distributed hash table for routing. This provides near-zero-configuration networking, and prevents many of the security and scalability issues that plague existing networks.

393kB392kBGPL-3.0-or-laterWilliam FleurantBug reportsSources
network---routing-and-redirectioncjdns-testsv21.1-4libc, libpthread, librtcjdns test cases

332kB332kBGPL-3.0-or-laterWilliam FleurantBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv60.3-1libc, bird1-ipv6-uci, luci-basebird6 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird1-ipv4-uci0.3-1libc, librt, libpthread, bird1-ipv4, libuci20130104, ucibird1-ipv4 UCI integration module

7kB6kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv40.3-1libc, librt, libpthread, bird1-ipv4-uci, luci-basebird4 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird1-ipv6-uci0.3-1libc, librt, libpthread, bird1-ipv6, libuci20130104, ucibird1-ipv6 UCI integration module

6kB5kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv60.3-1libc, bird1-ipv6-uci, luci-basebird6 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird1-ipv40.3-1libc, libssp, bird1-ipv4-uci, luci-basebird4 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird1-ipv6-uci0.3-1libc, bird1-ipv6, libuci20130104, ucibird1-ipv6 UCI integration module

6kB5kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird1-ipv4-uci0.3-1libc, bird1-ipv4, libuci20130104, ucibird1-ipv4 UCI integration module

7kB6kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectiontcpproxy1.2-2libc, libssptcpproxy is a simple tcp connection proxy which combines the features of rinetd and 6tunnel.
tcpproxy supports IPv4 and IPv6 and also supports connections from IPv6 to IPv4 endpoints and vice versa.

16kB15kBGPL-3.0+Christian PointnerBug reportsSources
network---routing-and-redirectionluci-app-bird60.3-1libc, bird6-uci, luci-basebird6 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird40.3-1libc, bird4-uci, luci-basebird4 application for LuCI

7kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird6-uci0.3-1libc, bird6, libuci, ucibird6 UCI integration module

6kB5kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird4-uci0.3-1libc, bird4, libuci, ucibird4 UCI integration module

7kB6kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird60.3-1libc, bird6-uci, luci-basebird6 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionluci-app-bird40.3-1libc, libssp, bird4-uci, luci-basebird4 application for LuCI

8kB7kBGPL-3.0+Eloi CarboBug reportsSources
network---routing-and-redirectionbird6-uci0.3-1libc, bird6, libuci, ucibird6 UCI integration module

6kB5kBGPL-3.0+Eloi CarboBug reportsSources
 
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  • Last modified: 2018/05/08 14:02
  • by lujimmy