dpdk src d50c160387dbd838ab10603e082b670dbf3da10ed14402e72cf37464695a0a8f Set of libraries and drivers for fast packet processing The Data Plane Development Kit is a set of libraries and drivers for fast packet processing in the user space. http://dpdk.org dpdk x86_64 21ff046e054098a4b7c0548c28432a8a206463bc1d926667dfbfb1d6e1872505 Set of libraries and drivers for fast packet processing The Data Plane Development Kit is a set of libraries and drivers for fast packet processing in the user space. http://dpdk.org dpdk src 2f6e7f08cd2c33378ca86a618cdcad6f6593731622148e42e6dd06e4b0328b02 Set of libraries and drivers for fast packet processing The Data Plane Development Kit is a set of libraries and drivers for fast packet processing in the user space. http://dpdk.org dpdk x86_64 d48c0e4a040ee671c4db5e042b175957e6c5b213330165bc33259db397e1036f Set of libraries and drivers for fast packet processing The Data Plane Development Kit is a set of libraries and drivers for fast packet processing in the user space. http://dpdk.org dpdk-debuginfo x86_64 222be6498914fe2579024320dac32a72c155210eb52e2d01ecbbc0108ff5b7ea Debug information for package dpdk This package provides debug information for package dpdk. Debug information is useful when developing applications that use this package or when debugging this package. http://dpdk.org dpdk-debuginfo x86_64 e8d7f06bd37e378a0c857638da97093c005d2cff3ba7a3a6682dcb77d3c1f98c Debug information for package dpdk This package provides debug information for package dpdk. Debug information is useful when developing applications that use this package or when debugging this package. http://dpdk.org dpdk-debugsource x86_64 f16dc12e1e5754f9975a179297b7262c9c916d322a8f78e2e50d7e142d58556f Debug sources for package dpdk This package provides debug sources for package dpdk. Debug sources are useful when developing applications that use this package or when debugging this package. http://dpdk.org dpdk-debugsource x86_64 99d9c23242d4ecf9c050f46014bbf4cee28fe738b4e1003f451b67309dc37d5d Debug sources for package dpdk This package provides debug sources for package dpdk. Debug sources are useful when developing applications that use this package or when debugging this package. http://dpdk.org dpdk-devel x86_64 86b13a3179edd395c30924a22bcad11bcf8974797f628e1583428cad4e5bd409 Data Plane Development Kit development files This package contains the headers and other files needed for developing applications with the Data Plane Development Kit. http://dpdk.org dpdk-devel x86_64 d5d9d62e4d507d11beb4f2938eb8612c24c2c3a7e3b16b34ca2b26ebea6c60da Data Plane Development Kit development files This package contains the headers and other files needed for developing applications with the Data Plane Development Kit. http://dpdk.org dpdk-doc noarch 5fda16d85ec47ce26211f563737b42c151a0faaaf2966764d8bf0c4459b3545a Data Plane Development Kit API documentation API programming documentation for the Data Plane Development Kit. http://dpdk.org dpdk-doc noarch 92acad874c20d940d77dece0fa93ec9f9868368b158c2b05cebcb010e6421b35 Data Plane Development Kit API documentation API programming documentation for the Data Plane Development Kit. http://dpdk.org dpdk-tools x86_64 97f229ce7841b1c667077afa4c95a52635f01b24a19d6f70137e3bd18d57d456 Tools for setting up Data Plane Development Kit environment Tools for setting up Data Plane Development Kit environment http://dpdk.org dpdk-tools x86_64 8e153731a357ddd21760da17d010e75bec40391b51c285ce79d6c083ac14f80c Tools for setting up Data Plane Development Kit environment Tools for setting up Data Plane Development Kit environment http://dpdk.org freerouter src 4d6b2dfb83cd69832cece7b798627a155ac5f7937f1b2c90805620467f22907e Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 716196750f653de16b12fe4322975c7135f7369b44178dce20bb5daa5d4d22dd Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 51cdb0bafa9409ecf007f339e9120e8ed1e689ed69b01585545656968a5ff3b9 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 08189f5339e2bb6172eb33a1070a759fab40c76a22975512787d46cb55d44bb6 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 09dc149028e0bc5f7df867f5961d329a7a8283a5fe96bc839c22fa91bc1b6e0e Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 5ec90de8c0fbe557c2e9a19ee0ec2d73bbfdd9f38029381a6c19fab4e816c905 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src e4ea294cd4d1336e8b8f2157dee26015d583b4c4f5e51d9fdaf80779ecf712a7 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 2a87050999adf841882ad7a2bff144c9bbaaf888b4aa1576bb588dcfda54e976 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 48b15a6a4315149e78ef2d81eae8ebba2ed4269834be80c882ec8829548810cb Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 d34e4ecd187a3301e1df71d8867011c785b6acd006df172d20873707c495681e Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 6ce03fe4d13b71b065a72fc6ca39e8759f95691a9e26697a65cd2604693f8d2d Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 ef1234fefca5c97475aafa76a9961b5b0a6e7926ef37e4dc9cf98ffed3ff4758 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 3623aab1ee7b7a7f09a60e51ef09b97735d23c72a6e000da747baf0ea05dff9d Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 7504c1180381517e152e39ff4ebda9888501db56ecc5338c74cbb1f264140c49 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 893148ae11f8a36b28505a5883dca9e205ef37dba8160dad6ae40a01d9cbbeb3 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 fe19840bd23a0074b0e7eabd6a1995b4e8879a5bf3d5c88e7005e1ffc19cc099 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src ff720bb7f0a1a1f2b258c9eb7d3746d691782cc435765c5442c9bf431771a6fa Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 6f161c22448e394d93770e84651e1f8396031efd005505efa0f60d1f00fccb60 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src d29e7c1e28acae333fe17f7a213603b3b74e91d2f610928817bd2260e13d9757 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 b4a158566b518a4da51b36f91c6a93a0f2b7e5ec0e390bc1de53e0b321b06572 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 9a6f9a8f665110386b6d78a88f5b400a24301e89cd7c0dd5d24df6497034432a Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 7a74ca4de2e7514fc60c81e00c0ba800aa1c4c7115b57ebdb68e8ce9bff9e9cd Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 055752786cd3e233b036d255557850b4e4d25a9b6e65d52e3ceaa8f4f14cba65 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 6f8411266afcedf598e33847df98c04e517ecd38e4cd39472e4729f1765a2370 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 9df6fe613b615edb6a206d242be6edec34af351bca6d2590e4f9ccbc55596369 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 b504d78b6a7c43d8745bd672c05321f1b77468422cbce5c747993429c707d813 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 05ed279958194dcef3a40c26441d61674ad81c470a3fd1792d34ec91c91891dc Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 81116d6b560d20ec9b87cd44dc5a99be0f3d165eda9a8de8d92f112099400a52 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 9d11b15e2eaea990c78966f87e6f7ff8d0b9c91055d891eca056aa985d78c85c Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 660a13d6b77cfdd44a13e080b4cccb21bc53a976a7a39e10c59030d35cec826b Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 803e955de485aac8a9353182dd455821b90d3707890b8ef500cf30fbbb329647 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 6da3124810bd0b5ab8234a390d5cb3cc2bc3bd8e9a1624039519c0b261b9f8bf Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 39561c12fa942608af6b33627123ece28b6c535f4b4b5a86c192c17881f372a2 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 420685a50b75afc10eac08f4954c95b4fcaffebabf2d564f63fa5f679a354e25 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 513af3c8bc55f284b740175cca986f39bed920c77ae331809b5ddd1f4c7fdf20 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 1e73afd55b37a6b36a7c681f735fc4dcae329bf27c271b28396533a6fb797430 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 5db1a246238c29a27dabe9e60c3925d0a2ef2919c115261a3d45c6be5a445b7f Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 2fc8009622dcc510b710d5a9281fe6ff039e266e5e196bc1931053251e14daeb Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 4b3bc18dadeca2dd1b83e1be6017f563957242cb568641cd3aa130b8e41f8908 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 dcc5c9c49dc541d906c8d443ebab04221923ea4b9c5ce761b26f5f6c89956310 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 9d8de9611c1f1f9fb17c89643e7570cabb7c574d9167dc0b1c8f8f6d45779c90 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 248d10d973f6a9ba870015dbdd9d0e69a6becbd4194e4b00d25e3cf051df7d73 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src cc4b22d69bb3c08266c398711a48aff1c758c50f7eaf442ba49fdf6e5f4608b3 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 45df0460e2f33261d560bb420754c8d90b4e268a8c7d6dc430d4c69bf7b49d93 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src b78d8426d34416b3de3d8cb25381294f94b683bb7bbe25a83460501ccc8f0607 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 b7fca1f854a1b4ac04cec32ab1715b14cb748c5d93bf55e212f16247ad807755 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 5aa3249fd00f37cbd9843778175ff5427b3c81c8074b53faa813acf9e381199e Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 5a45bb4383b367dde93f2e46007379e13ce9a00d8db207bdf31fb116054fba95 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 4e5ed59f4394b0787b1d8469cb2d7a704672af360fbab01c2a46cc207ea703a4 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 aaa5f20f568a51e1bae4fa5abf8cd3edf5de9a298682dfe28e3868cbf7345120 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 876f691bf06af76429a9424fe985eb163036a2b466ddc1c14b83d7488346dc02 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 0709556e9a2c5aadee8ac92736dbd37655122d635860bd9c8df71189503f8841 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src 75f3cbbcd882de8a372f5f79d7c22d2c7a5f039b95d18660eca162b1cd7f7344 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 55f2c966678bf874f620839eb67a22b8b548bee30cd0914f270c57041f4377c4 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src bea38363793125abfb0b7db4824511f3346364d6fd6f39f19b14b103121103ab Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 c381283e6f05d2535137c3630450170ac3c4ada6c49ce0d780552b2a1b633826 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src edb07a22676d144cdd42ab7e76727b2a8f53be150b08ad42d8cad3eaf00d9cbd Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 ea88e0ab9979d3cb7dd22ecfcd7b27ac4409e102ff947d6da62ee92b8e3a9846 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter src e21ac058f6c12b544d3e6d9e36f0af74f23b8e33c1ebc8d7fd3cb0aea729d4b7 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter x86_64 1e7e73fa57e27abab8841f1027241b8cd2cea698afb5940c848a44dea99b8603 Free, open source router OS process freeRouter speaks routing protocols, and (re)encapsulates packets on interfaces since it handles packets itself, it is independent of underlaying os capabilities (optionally, it can export forwarding tables through openflow to external switch) since it is an unprivilegized process, it receives and sends packets through sockets there are external, privileged processes that place traffic to these sockets (it means that internet can be used as backplane for router processes) the command line tries to mimic the industry standards with one exception: no global routing table: every routed interface must be in a virtual routing table positive side effect: there are no vrf-awareness questions http://www.freertr.org/ freerouter-debuginfo x86_64 1bcc23c93991cef7a72a50b72fd98d6b0604ff97cb6a31062d43ab7bc1b01872 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 f24e3e5cacb912d126d0e9891bf4385e5a4160a50e361bbd9a6ffd42daedf761 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 c128d10aa17c2277b1edb476b2b6a9f4db055e2d4523b7201795a27b224e6053 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 8f4c093da24aa0049f8ccc8f1abbdabca58467ee5293f4bd1b8edfd5ed62a1fa Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 a39aec45a1d0addd1ab1cfa00ee5f9f2d56155e267068b70669c0e0cb118dc82 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 a9c21f8f5a49e3efa2de1da3fc7c5cb489713384aa50e153e033298c3bf5a584 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 58877d7d5135fb3db54f5ad36db93d492793dcd9a44efcfe4225b7cd6533425a Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 666ad3d8a75d1630598d8ae2562f6fc29f3d8a71fd6a103eb69a43b0c1a88aaa Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 5d8f4b378086afc642d9e06a717953ca848046e6568588edb5788c6058f679f5 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 827fbfac65c1597864a65e68b372f51385420dd45fff5e93a8de614613253329 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 8cceef01f379feeb7030e17292e1fc39ed2fe9a0ae11434e1f6f410c036133e1 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 3e32cd13e245c676f3a3f0e81d85628d093043fa56d85c35f3f349bf5b43b45d Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 607966fba0c2c6c08b5ed78230fd05b4d4b94e48ceb970e17eabe54b933033c5 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 970cb7fde86a65b2e992687b37ba7505feec7b25ac82668807ab64971fbc38e8 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 27e3c9bb20720c4ec62d8a334c304439299510f13e62187594b24aae2427b3a9 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 87f8f6afbd2b8f690f53415ed3208f8cf0266746983336af793d7ac27563ac51 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 25fdcecd3164b84211e1f960535af4468ae6000638300df7eb6dd37f3ca4485e Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 8c050f64eb156d48f76faa2cd1a27c72b1c20f77eaf67fa0a1fea6b7cf37aeff Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 cfc9ab3496757c4794eb4004c0927c5134e2cfc17819f4eff4dce9bd439b5d1d Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 bf96a00ef2043913c9f048cc17bfa6c6cd1ae7c35600d161662234d6b63566a6 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 e4b4efeea42e1d3dbc84316277f7f0ba975502eee8269a8150c89960334eb635 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 025bff808cc7507ffe4eb6a0ac6e5994e5fbf43b604c83be302fa3e1dc6af6c2 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 7c1fcd650bf5a7daf86238fda5545be636c4b306cd85829866dfddda64750a02 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 e10ff2b0e28ef9e9b19bf69daaa5cf971dfa36cbf29b83c876f6e3fc2cb51882 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 1aa343c4c189a4d0feae9e755a5e29be433109802e7066abd25cf8b095439ce0 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 85f633af74037fd2eb10509c73fc3f80d8c9822ee545d146fc125f1115adae2a Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 a05ee3c6979a5073b38e29ba34aab0b7b69f03ed23693102d5c92e64138c188b Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 7fd0f8134215f86bdf1453353f50c4a74da6dce81202b3af2dc3336678be24c8 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 59067880425b3d35548b2e9548a51158fece2144ad3f8c324b7116d6a0ef0506 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-debuginfo x86_64 e0d5a0157da68fe346e11a62684cef83a292e73ae6d750b41e35c6c3239934e5 Debug information for package freerouter This package provides debug information for package freerouter. Debug information is useful when developing applications that use this package or when debugging this package. http://www.freertr.org/ freerouter-doc noarch 5a186eabfa25dec929ac4c56001cba917a109df24bff2f4e918b1ca0748c89df Examples of freeRouter test configurations Examples of freeRouter test configurations. http://www.freertr.org/ freerouter-doc noarch 635ff6710b00eb001e9d7017ae6a8dff0aa6f638cc2ef3e45e0849952fa9d979 Examples of freeRouter test configurations Examples of freeRouter test configurations. http://www.freertr.org/ freerouter-doc noarch ff5d5cf8f06cfaefb196b89437a50b97f1fa087591aea82a9dd03989a2ba8fa6 Examples of freeRouter test configurations Examples of freeRouter test configurations. http://www.freertr.org/ freerouter-doc noarch 51f1e37dc8d17afe5d764a7970a262aaf78639e3d75af0a57fa8df63bfd6cf0a Examples of freeRouter test configurations Examples of freeRouter test configurations. http://www.freertr.org/ freerouter-doc noarch 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0dd2dbc0910bc0c18d018a31fdf34f9fda29e816a01970a622c413154695730f Native tools for better performance than socat These tools are completely optional but should deliver better performance than socat. http://www.freertr.org/ freerouter-native x86_64 ba07a92a54d2158e5957304130cbff3eca585158cdf0908fe1ec88be128c74a1 Native tools for better performance than socat These tools are completely optional but should deliver better performance than socat. http://www.freertr.org/ freerouter-native x86_64 98c9c34646af21794ff2a4f5b758fd15828fa92c6ef9adbec51a29369971ce46 Native tools for better performance than socat These tools are completely optional but should deliver better performance than socat. http://www.freertr.org/ freerouter-native x86_64 46738fcaf0dc2588a1f8766f91658ae51862294f72acc611636a88ac1fcf426c Native tools for better performance than socat These tools are completely optional but should deliver better performance than socat. http://www.freertr.org/ freerouter-native x86_64 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