Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: arm64 Maintainer: Julien Muchembled Installed-Size: 253 Pre-Depends: init-system-helpers (>= 1.54~) Depends: libb2-1 (>= 0.98.1), libc6 (>= 2.34) Suggests: ahcpd Filename: arm64/babeld_1.13.1+nxd1-3_arm64.deb Size: 86824 MD5sum: b93de48bb95634ded5e9ef08cc4696ea SHA1: 34bcbba5be2ee8d299077dea491d0bffdcd50207 SHA256: 664685d9950395a64a880a3dee56ded52ee288a53b4b9256d79f215f4605eb69 Section: net Priority: optional Homepage: https://lab.nexedi.com/nexedi/babeld Description: loop-free distance-vector routing protocol Babel is a distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties, described in RFC 6126. It was designed to be robust and efficient on both wireless mesh networks and classical wired networks. Babel has extremely modest memory and CPU requirements. Unlike most routing protocols, which route either IPv4 or IPv6 but not both at the same time, Babel is a hybrid IPv6 and IPv4 protocol: a single update packet can carry both IPv6 and IPv4 routes (this is similar to how multi-protocol BGP works). This makes Babel particularly efficient on dual (IPv6 and IPv4) networks. This implementation also includes a radio frequency-aware variant of Babel. . Babel has the following features: * it is a distance-vector protocol; * it is a proactive protocol, but with adaptative (reactive) features; * it senses link quality for computing route metrics using a variant of the ETX algorithm; * it uses a feasibility condition that guarantees the absence of loops (the feasibility condition is taken from EIGRP and is somewhat less strict than the one in AODV); * it uses sequence numbers to make old routes feasible again (like DSDV and AODV, but unlike EIGRP); * it speeds up convergence by reactively requesting a new sequence number (like AODV, and to a certain extent EIGRP, but unlike DSDV); * it allows redistributed external routes to be injected into the routing domain at multiple points (like EIGRP, but unlike DSDV and AODV). Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 209 Pre-Depends: init-system-helpers (>= 1.54~) Depends: libb2-1 (>= 0.98.1), libc6 (>= 2.34) Suggests: ahcpd Filename: amd64/babeld_1.13.1+nxd1-3_amd64.deb Size: 93696 MD5sum: 0e48eafdbdeb98816022d7af3e3460d6 SHA1: 0315ab7c383ec90baee05be4f4f0da8d1c1d123d SHA256: 56d7d8d07a0d7cf47c2bc3f5e22b68ce13bf3c9374efb2a3ced00768dccd714d Section: net Priority: optional Homepage: https://lab.nexedi.com/nexedi/babeld Description: loop-free distance-vector routing protocol Babel is a distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties, described in RFC 6126. It was designed to be robust and efficient on both wireless mesh networks and classical wired networks. Babel has extremely modest memory and CPU requirements. Unlike most routing protocols, which route either IPv4 or IPv6 but not both at the same time, Babel is a hybrid IPv6 and IPv4 protocol: a single update packet can carry both IPv6 and IPv4 routes (this is similar to how multi-protocol BGP works). This makes Babel particularly efficient on dual (IPv6 and IPv4) networks. This implementation also includes a radio frequency-aware variant of Babel. . Babel has the following features: * it is a distance-vector protocol; * it is a proactive protocol, but with adaptative (reactive) features; * it senses link quality for computing route metrics using a variant of the ETX algorithm; * it uses a feasibility condition that guarantees the absence of loops (the feasibility condition is taken from EIGRP and is somewhat less strict than the one in AODV); * it uses sequence numbers to make old routes feasible again (like DSDV and AODV, but unlike EIGRP); * it speeds up convergence by reactively requesting a new sequence number (like AODV, and to a certain extent EIGRP, but unlike DSDV); * it allows redistributed external routes to be injected into the routing domain at multiple points (like EIGRP, but unlike DSDV and AODV). Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: armhf Maintainer: Julien Muchembled Installed-Size: 156 Pre-Depends: init-system-helpers (>= 1.54~) Depends: libb2-1 (>= 0.98.1), libc6 (>= 2.34) Suggests: ahcpd Filename: armhf/babeld_1.13.1+nxd1-3_armhf.deb Size: 82352 MD5sum: 24db29a69314df423a28ffff68d8dfb8 SHA1: 2cbde0565fae54f6edbb1c205b89951683b50daf SHA256: 46c7e571ba1b5143fd85669b615f3bb13336f8692707a771b724e6b2543a49db Section: net Priority: optional Homepage: https://lab.nexedi.com/nexedi/babeld Description: loop-free distance-vector routing protocol Babel is a distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties, described in RFC 6126. It was designed to be robust and efficient on both wireless mesh networks and classical wired networks. Babel has extremely modest memory and CPU requirements. Unlike most routing protocols, which route either IPv4 or IPv6 but not both at the same time, Babel is a hybrid IPv6 and IPv4 protocol: a single update packet can carry both IPv6 and IPv4 routes (this is similar to how multi-protocol BGP works). This makes Babel particularly efficient on dual (IPv6 and IPv4) networks. This implementation also includes a radio frequency-aware variant of Babel. . Babel has the following features: * it is a distance-vector protocol; * it is a proactive protocol, but with adaptative (reactive) features; * it senses link quality for computing route metrics using a variant of the ETX algorithm; * it uses a feasibility condition that guarantees the absence of loops (the feasibility condition is taken from EIGRP and is somewhat less strict than the one in AODV); * it uses sequence numbers to make old routes feasible again (like DSDV and AODV, but unlike EIGRP); * it speeds up convergence by reactively requesting a new sequence number (like AODV, and to a certain extent EIGRP, but unlike DSDV); * it allows redistributed external routes to be injected into the routing domain at multiple points (like EIGRP, but unlike DSDV and AODV). Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 232 Pre-Depends: init-system-helpers (>= 1.54~) Depends: libb2-1 (>= 0.98.1), libc6 (>= 2.34) Suggests: ahcpd Filename: i386/babeld_1.13.1+nxd1-3_i386.deb Size: 97588 MD5sum: b8cb3e1e4f6532b692baeaa22de24a95 SHA1: db1660f0f16d6f4c4d1de2a7f085e7c9c714e2b0 SHA256: d0ebe3e0fd1a03137182becfbb82c0b0836571224eaae73fb7de5710be49d16a Section: net Priority: optional Homepage: https://lab.nexedi.com/nexedi/babeld Description: loop-free distance-vector routing protocol Babel is a distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties, described in RFC 6126. It was designed to be robust and efficient on both wireless mesh networks and classical wired networks. Babel has extremely modest memory and CPU requirements. Unlike most routing protocols, which route either IPv4 or IPv6 but not both at the same time, Babel is a hybrid IPv6 and IPv4 protocol: a single update packet can carry both IPv6 and IPv4 routes (this is similar to how multi-protocol BGP works). This makes Babel particularly efficient on dual (IPv6 and IPv4) networks. This implementation also includes a radio frequency-aware variant of Babel. . Babel has the following features: * it is a distance-vector protocol; * it is a proactive protocol, but with adaptative (reactive) features; * it senses link quality for computing route metrics using a variant of the ETX algorithm; * it uses a feasibility condition that guarantees the absence of loops (the feasibility condition is taken from EIGRP and is somewhat less strict than the one in AODV); * it uses sequence numbers to make old routes feasible again (like DSDV and AODV, but unlike EIGRP); * it speeds up convergence by reactively requesting a new sequence number (like AODV, and to a certain extent EIGRP, but unlike DSDV); * it allows redistributed external routes to be injected into the routing domain at multiple points (like EIGRP, but unlike DSDV and AODV). Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 317 Pre-Depends: init-system-helpers (>= 1.54~) Depends: libb2-1 (>= 0.98.1), libc6 (>= 2.34) Suggests: ahcpd Filename: ppc64el/babeld_1.13.1+nxd1-3_ppc64el.deb Size: 99676 MD5sum: f88f4d25d21051c9d2d0b360284ff116 SHA1: 67c2615f9b6a00517db7defef76249834cc63764 SHA256: 29d128b8a6907fbc0cb126174bda49b3cbb3048ed29e9eb7f50d60a1c122b4c2 Section: net Priority: optional Homepage: https://lab.nexedi.com/nexedi/babeld Description: loop-free distance-vector routing protocol Babel is a distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties, described in RFC 6126. It was designed to be robust and efficient on both wireless mesh networks and classical wired networks. Babel has extremely modest memory and CPU requirements. Unlike most routing protocols, which route either IPv4 or IPv6 but not both at the same time, Babel is a hybrid IPv6 and IPv4 protocol: a single update packet can carry both IPv6 and IPv4 routes (this is similar to how multi-protocol BGP works). This makes Babel particularly efficient on dual (IPv6 and IPv4) networks. This implementation also includes a radio frequency-aware variant of Babel. . Babel has the following features: * it is a distance-vector protocol; * it is a proactive protocol, but with adaptative (reactive) features; * it senses link quality for computing route metrics using a variant of the ETX algorithm; * it uses a feasibility condition that guarantees the absence of loops (the feasibility condition is taken from EIGRP and is somewhat less strict than the one in AODV); * it uses sequence numbers to make old routes feasible again (like DSDV and AODV, but unlike EIGRP); * it speeds up convergence by reactively requesting a new sequence number (like AODV, and to a certain extent EIGRP, but unlike DSDV); * it allows redistributed external routes to be injected into the routing domain at multiple points (like EIGRP, but unlike DSDV and AODV). Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: arm64 Maintainer: Julien Muchembled Installed-Size: 237 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: arm64/babeld-dbgsym_1.13.1+nxd1-3_arm64.deb Size: 213376 MD5sum: d70b1ec0390fd20ee4c52c72373f3c06 SHA1: d0c3b3433bc9d26efc74593e11dc3f812d514c6e SHA256: c87181aca0d686fa0e30882feef8209b58650e0337fa5d0ed31310b13811a8d9 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: 0a2280b46a985a0d53bce8518988fb1b76a1ab6a Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 236 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: amd64/babeld-dbgsym_1.13.1+nxd1-3_amd64.deb Size: 215352 MD5sum: 7acfefdbf4f0fedc46e38a702ea0e8a8 SHA1: 57d26206107958ba0540d93b059159f71aeec232 SHA256: 8ad999a958770f17a89913c9271c65e1d5101eb7655711eb9ee4426ac0cc2603 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: 5b38b05a8510c5bb6ac31470caa65791f9bb8084 Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Julien Muchembled Installed-Size: 237 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: armhf/babeld-dbgsym_1.13.1+nxd1-3_armhf.deb Size: 213324 MD5sum: a7dbd556d5ff49a76c7e085d817dbc3e SHA1: f7500b9609b321dee8774128cb9938ff16ad325d SHA256: 32418be9c5c58fbbd5c7a50322fc59e82a2065de9412ab408d6d233906e904cc Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: e96eb26a8fa423da8e07e93be75ef23c435d387b Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 211 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: i386/babeld-dbgsym_1.13.1+nxd1-3_i386.deb Size: 193716 MD5sum: 1f4a3fe2702ca772ea489fa162d898a7 SHA1: eba713f01b66a3808d60c8fe7389e224d9594182 SHA256: 598fdf29eeec5ed943fcbef5780da540b8524d3c16e812946390d8bb3ce8e323 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: 31a8c84eca084677afe31822aebd6388513c8ae5 Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 240 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: ppc64el/babeld-dbgsym_1.13.1+nxd1-3_ppc64el.deb Size: 214740 MD5sum: a8c88d95ba27d6834cd160f20f571f7f SHA1: 5e5d14213fae47ccc82284d7743065391bf566ee SHA256: cb4c950d1db01063f612ed664e09ec095b97b68c17696ef215a42bcc75a87427 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: 31f1509281deb5bf278a1290c8038256d321c381 Package: fluent-bit Version: 1.9.8-1 Architecture: arm64 Maintainer: Ophélie Gagnard Installed-Size: 5038 Depends: libc6 (>= 2.34), libgcc-s1 (>= 4.2) Filename: arm64/fluent-bit_1.9.8-1_arm64.deb Size: 1638012 MD5sum: 8554d0734c8daeed8802da3f1a7a881a SHA1: 1fe55693dcabd5abae8735cb4f0100fe2b812749 SHA256: b5d678d170389cf356ccda449709b1def3f52cc0c635debf55670e4e13bc6f8b Section: utils Priority: optional Description: Package for fluent-bit. 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Package: mca--static Version: 0.3.1-1 Architecture: arm64 Maintainer: Ophélie Gagnard Installed-Size: 3876 Filename: arm64/mca--static_0.3.1-1_arm64.deb Size: 1402488 MD5sum: d898ee7ec48ef8d773dd9b3390fd8240 SHA1: 8dadb11a6d33663fa6338f2dcf1263d75eee9cc5 SHA256: ec605a5b6e6438dd7a1ffde1397d4c7afc9dea91ee94ca2313c18fea3b5e9e17 Section: utils Priority: optional Description: Package for mca--static. Package: mca--static Version: 0.3.1-1 Architecture: amd64 Maintainer: Ophélie Gagnard Installed-Size: 4358 Filename: amd64/mca--static_0.3.1-1_amd64.deb Size: 1621780 MD5sum: 5fa78f43816b651928f10810fd17a67f SHA1: 458b57bd316763e6c18172d053f01b684f60841f SHA256: c3ce32aaece296f9aa99d3b215134e9b7468df54dcd6449546b52b5442029a73 Section: utils Priority: optional Description: Package for mca--static. 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It can be used to access remote sites, make secure point-to-point connections, enhance wireless security, etc. . OpenVPN uses all of the encryption, authentication, and certification features provided by the OpenSSL library (any cipher, key size, or HMAC digest). . OpenVPN may use static, pre-shared keys or TLS-based dynamic key exchange. It also supports VPNs with dynamic endpoints (DHCP or dial-up clients), tunnels over NAT or connection-oriented stateful firewalls (such as Linux's iptables). . Due to a regression in version 2.5.x, this package ships the last version of OpenVPN that's supported by re6stnet (https://re6st.nexedi.com/). Package: openvpn-re6stnet Version: 2.4.12-1 Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 859 Depends: libc6 (>= 2.34), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3 (>= 3.0.0), iproute2 Filename: amd64/openvpn-re6stnet_2.4.12-1_amd64.deb Size: 397796 MD5sum: ab7b654b468e068ff0ac10a8b9a959e0 SHA1: 976ad11428ab82255622e7ee54ba4bd12f009b3d SHA256: ad4c8f81e9a28e968c93bb26a869cd11646d6d602b968c75a2d24ba223a42331 Section: net Priority: optional Homepage: https://openvpn.net/ Description: virtual private network daemon OpenVPN is an application to securely tunnel IP networks over a single UDP or TCP port. It can be used to access remote sites, make secure point-to-point connections, enhance wireless security, etc. . OpenVPN uses all of the encryption, authentication, and certification features provided by the OpenSSL library (any cipher, key size, or HMAC digest). . OpenVPN may use static, pre-shared keys or TLS-based dynamic key exchange. It also supports VPNs with dynamic endpoints (DHCP or dial-up clients), tunnels over NAT or connection-oriented stateful firewalls (such as Linux's iptables). . Due to a regression in version 2.5.x, this package ships the last version of OpenVPN that's supported by re6stnet (https://re6st.nexedi.com/). Package: openvpn-re6stnet Version: 2.4.12-1 Architecture: armhf Maintainer: Julien Muchembled Installed-Size: 642 Depends: libc6 (>= 2.34), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3 (>= 3.0.0), iproute2 Filename: armhf/openvpn-re6stnet_2.4.12-1_armhf.deb Size: 356380 MD5sum: d26bf7f6339af821da81a84016fa3676 SHA1: 8a2fcdfcd64e1b0cd1ee4d5dcad1f7107e519a95 SHA256: ffe41043bedfbb73e6e377bc989ccaaaef85dd3fac6ad563f3b66cb9317013a8 Section: net Priority: optional Homepage: https://openvpn.net/ Description: virtual private network daemon OpenVPN is an application to securely tunnel IP networks over a single UDP or TCP port. It can be used to access remote sites, make secure point-to-point connections, enhance wireless security, etc. . OpenVPN uses all of the encryption, authentication, and certification features provided by the OpenSSL library (any cipher, key size, or HMAC digest). . OpenVPN may use static, pre-shared keys or TLS-based dynamic key exchange. It also supports VPNs with dynamic endpoints (DHCP or dial-up clients), tunnels over NAT or connection-oriented stateful firewalls (such as Linux's iptables). . Due to a regression in version 2.5.x, this package ships the last version of OpenVPN that's supported by re6stnet (https://re6st.nexedi.com/). Package: openvpn-re6stnet Version: 2.4.12-1 Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 1022 Depends: libc6 (>= 2.34), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3 (>= 3.0.0), iproute2 Filename: i386/openvpn-re6stnet_2.4.12-1_i386.deb Size: 426692 MD5sum: 03398e5a7f9aa869b92b4456666ee761 SHA1: a4e3d7c81270a9c88b4bf9a7697301e38ee62c04 SHA256: 62f959e72b7decf932efcb6f4f3d6135c9629215f72c87ae4f63c0ebd15fa1ea Section: net Priority: optional Homepage: https://openvpn.net/ Description: virtual private network daemon OpenVPN is an application to securely tunnel IP networks over a single UDP or TCP port. It can be used to access remote sites, make secure point-to-point connections, enhance wireless security, etc. . OpenVPN uses all of the encryption, authentication, and certification features provided by the OpenSSL library (any cipher, key size, or HMAC digest). . OpenVPN may use static, pre-shared keys or TLS-based dynamic key exchange. It also supports VPNs with dynamic endpoints (DHCP or dial-up clients), tunnels over NAT or connection-oriented stateful firewalls (such as Linux's iptables). . Due to a regression in version 2.5.x, this package ships the last version of OpenVPN that's supported by re6stnet (https://re6st.nexedi.com/). Package: openvpn-re6stnet Version: 2.4.12-1 Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 1163 Depends: libc6 (>= 2.34), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3 (>= 3.0.0), iproute2 Filename: ppc64el/openvpn-re6stnet_2.4.12-1_ppc64el.deb Size: 421152 MD5sum: 2e094048b34019bcbdbe11d67d545d47 SHA1: 55e2361ce47c4ac6cb9927bca98e9b67719a2290 SHA256: 72a830af6950d2c20da9877af776faac8c56421d519495f2587bfa4398a0203f Section: net Priority: optional Homepage: https://openvpn.net/ Description: virtual private network daemon OpenVPN is an application to securely tunnel IP networks over a single UDP or TCP port. It can be used to access remote sites, make secure point-to-point connections, enhance wireless security, etc. . OpenVPN uses all of the encryption, authentication, and certification features provided by the OpenSSL library (any cipher, key size, or HMAC digest). . OpenVPN may use static, pre-shared keys or TLS-based dynamic key exchange. It also supports VPNs with dynamic endpoints (DHCP or dial-up clients), tunnels over NAT or connection-oriented stateful firewalls (such as Linux's iptables). . Due to a regression in version 2.5.x, this package ships the last version of OpenVPN that's supported by re6stnet (https://re6st.nexedi.com/). Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: arm64 Maintainer: Julien Muchembled Installed-Size: 1006 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: arm64/openvpn-re6stnet-dbgsym_2.4.12-1_arm64.deb Size: 953828 MD5sum: bbab87d4b5426ea76f12d60c20c3494b SHA1: 782592ad43653725ff15780a3fd0373a1100117d SHA256: 2bf30881d46573d5715f08943b99d5280d662463d992c5955bd0a385c04d111c Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: a73b5f52a6a5e8b2c51beffd7d9bd58c7ba52d25 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 1012 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: amd64/openvpn-re6stnet-dbgsym_2.4.12-1_amd64.deb Size: 965856 MD5sum: 4e07efdac4331c1b588773d61a0236d5 SHA1: aa31be073e6f94a7960c1f6173b00a4d7e70ace4 SHA256: 2c6ae95f3bea9688faf9728cb9c9eaa8dd58ee6596710abf3cef90ee6bad8348 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: 172ab089c2bc5c3ce5d694db2c6401b70cc772c7 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: armhf Maintainer: Julien Muchembled Installed-Size: 1002 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: armhf/openvpn-re6stnet-dbgsym_2.4.12-1_armhf.deb Size: 942920 MD5sum: 26827b0a176060227ecd1bcdd67ee76f SHA1: d52cf141576700e053ff5a1ad8423d60ab72e928 SHA256: a7c58d614a35a73b6a7f953511b5b22e6b2d22d97115fd2787ada494c1255faa Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: e50b771a0cc05c5a9d8af964b2e9ca9e80d64be4 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 895 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: i386/openvpn-re6stnet-dbgsym_2.4.12-1_i386.deb Size: 860052 MD5sum: 3841f781ae807fef2f1616aa2ffe49a8 SHA1: af0c92ee6dd29c4081914f30a0109da81cde644b SHA256: 6fdec7f0c177cff6de8bef376c808fee265379bec657f9c023d72e6fde13a1a8 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: 312e3db235109344cee5102b875d393fd20100e8 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 1069 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: ppc64el/openvpn-re6stnet-dbgsym_2.4.12-1_ppc64el.deb Size: 1001568 MD5sum: 69c15b27ca2adad7215da4e3531440cf SHA1: 3bcffdb7b6dd396024c680f0c4f1ffe2672bfc30 SHA256: 56273ba7928ce278c2d93d06bec287da12448cec0bbaf846468e1709267142b6 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: dec3f3041d3c6f8807be6ad16cc393ed8e865110 Package: re6st-node Source: re6stnet Version: 0.673+gae41da7-1 Architecture: all Maintainer: Julien Muchembled Installed-Size: 4451 Depends: python3-openssl (>= 19), python3-openssl (<< 26), openvpn-re6stnet, babeld (>> 1:1.13.1+nxd), iproute2, openssl, python3-geoip2 Recommends: logrotate Suggests: ndisc6 Conflicts: re6stnet Replaces: re6stnet Provides: re6stnet Filename: all/re6st-node_0.673+gae41da7-1_all.deb Size: 1239104 MD5sum: 51a7e1bdccd232e4259c5a874a6cf4a9 SHA1: 7fb7d30378d709a19d1b31b31bc4d612e30f4ca7 SHA256: d83756b2e3aba2c1317e6a83bd3d8c63f293314f4a3c5920d810b4e29b80da2d Section: net Priority: optional Description: resilient, scalable, IPv6 network application Package: slapos-node Version: 1.24.1+1.0.509+1-1 Architecture: arm64 Maintainer: Thomas Gambier Installed-Size: 307755 Depends: libc6 (>= 2.36), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 11), awk, libc6-dev | libc-dev, gcc | c-compiler, g++ | c++-compiler, make, patch, iproute2, procps, lm-sensors, util-linux Conflicts: firewalld Filename: arm64/slapos-node_1.24.1+1.0.509+1-1_arm64.deb Size: 52493660 MD5sum: d6ee0d96d76975daee6fe7fc122d325e SHA1: b801376bc94c84ef27a1c12fb0ebcaf1a5d0e0e5 SHA256: 691cd86e86abfc2f5b7a272d52b79d70fd2f1393bec9f308959cd3282592aa32 Section: net Priority: optional Homepage: https://slapos.nexedi.com Description: Client-side to deploy applications with SlapOS SlapOS allows one to turn any application into SaaS (Service as a System), PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) without loosing your freedom. SlapOS defines two types of servers: SlapOS server and SlapOS node. . This package contains libraries and tools to deploy a node. . Slapformat prepares a SlapOS node before running slapgrid. It then generates a report and sends the information to the configured SlapOS master. . Slapgrid allows you to easily deploy instances of software based on buildout profiles. Package: slapos-node Version: 1.24.1+1.0.509+1-1 Architecture: amd64 Maintainer: Thomas Gambier Installed-Size: 293340 Depends: libc6 (>= 2.36), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 11), awk, libc6-dev | libc-dev, gcc | c-compiler, g++ | c++-compiler, make, patch, iproute2, procps, lm-sensors, util-linux Conflicts: firewalld Filename: amd64/slapos-node_1.24.1+1.0.509+1-1_amd64.deb Size: 53129416 MD5sum: 9199ff38663b9f223c495942ac79f199 SHA1: 11be08cf019a8f53b809933d660242de269e4b48 SHA256: d242c576601938639a697d682dc6eb5e83954b81b603f6f84911c4cdd1f11839 Section: net Priority: optional Homepage: https://slapos.nexedi.com Description: Client-side to deploy applications with SlapOS SlapOS allows one to turn any application into SaaS (Service as a System), PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) without loosing your freedom. SlapOS defines two types of servers: SlapOS server and SlapOS node. . This package contains libraries and tools to deploy a node. . Slapformat prepares a SlapOS node before running slapgrid. It then generates a report and sends the information to the configured SlapOS master. . Slapgrid allows you to easily deploy instances of software based on buildout profiles. Package: slapos-node Version: 1.24.1+1.0.509+1-1 Architecture: armhf Maintainer: Thomas Gambier Installed-Size: 261099 Depends: libc6 (>= 2.36), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.5), libstdc++6 (>= 11), awk, libc6-dev | libc-dev, gcc | c-compiler, g++ | c++-compiler, make, patch, iproute2, procps, lm-sensors, util-linux Conflicts: firewalld Filename: armhf/slapos-node_1.24.1+1.0.509+1-1_armhf.deb Size: 49633272 MD5sum: 8dbdbd99720d8a914f14745e026fd59a SHA1: c769b9c035dbc9d5a0b2abdac714c7cad3dee0a4 SHA256: cb1ac45664b956c465014d410696814791823dd503934b746bb655b176604494 Section: net Priority: optional Homepage: https://slapos.nexedi.com Description: Client-side to deploy applications with SlapOS SlapOS allows one to turn any application into SaaS (Service as a System), PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) without loosing your freedom. SlapOS defines two types of servers: SlapOS server and SlapOS node. . This package contains libraries and tools to deploy a node. . Slapformat prepares a SlapOS node before running slapgrid. It then generates a report and sends the information to the configured SlapOS master. . Slapgrid allows you to easily deploy instances of software based on buildout profiles. Package: slapos-node Version: 1.24.1+1.0.509+1-1 Architecture: i386 Maintainer: Thomas Gambier Installed-Size: 286482 Depends: libc6 (>= 2.36), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 7), libstdc++6 (>= 11), awk, libc6-dev | libc-dev, gcc | c-compiler, g++ | c++-compiler, make, patch, iproute2, procps, lm-sensors, util-linux Conflicts: firewalld Filename: i386/slapos-node_1.24.1+1.0.509+1-1_i386.deb Size: 53594432 MD5sum: 13bd5f8852436e85212076be338f805a SHA1: 1a0c036ae3ab7068ff5b7e7ab693228ea51c0aa9 SHA256: 2aa3db9ac264080b65250c8ee5ee61e8c2a431cfc333cce19e1651635b10a77f Section: net Priority: optional Homepage: https://slapos.nexedi.com Description: Client-side to deploy applications with SlapOS SlapOS allows one to turn any application into SaaS (Service as a System), PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) without loosing your freedom. SlapOS defines two types of servers: SlapOS server and SlapOS node. . This package contains libraries and tools to deploy a node. . Slapformat prepares a SlapOS node before running slapgrid. It then generates a report and sends the information to the configured SlapOS master. . Slapgrid allows you to easily deploy instances of software based on buildout profiles. Package: slapos-node Version: 1.24.1+1.0.509+1-1 Architecture: ppc64el Maintainer: Thomas Gambier Installed-Size: 321586 Depends: libc6 (>= 2.36), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 11), awk, libc6-dev | libc-dev, gcc | c-compiler, g++ | c++-compiler, make, patch, iproute2, procps, lm-sensors, util-linux Conflicts: firewalld Filename: ppc64el/slapos-node_1.24.1+1.0.509+1-1_ppc64el.deb Size: 53300744 MD5sum: c84b58db7925401eb75ba543976fd8c1 SHA1: c8d64f0ad9efb122b7d8554be537da244c121ae9 SHA256: 239798b27a721895725dede79edb71c99e328c5f5b93b576f21bff85363fe03f Section: net Priority: optional Homepage: https://slapos.nexedi.com Description: Client-side to deploy applications with SlapOS SlapOS allows one to turn any application into SaaS (Service as a System), PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) without loosing your freedom. SlapOS defines two types of servers: SlapOS server and SlapOS node. . This package contains libraries and tools to deploy a node. . Slapformat prepares a SlapOS node before running slapgrid. It then generates a report and sends the information to the configured SlapOS master. . Slapgrid allows you to easily deploy instances of software based on buildout profiles.