Package: babeld Version: 1:1.13.1+nxd1-3 Architecture: arm64 Maintainer: Julien Muchembled Installed-Size: 252 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: 87404 MD5sum: 8ce60eef529bbdc6c26a0f3c59e791d3 SHA1: cd4247fadd7ff70e1a9226177add91bf7e523fea SHA256: ebf9d07fcae957db8f636e85b691e907118cce7cc8f77b26d3e63b248c089f61 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: 316 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: 99576 MD5sum: 3562e567b89eb7b0dc39ecaefb06311b SHA1: bcad05f5e7d705c5becc21be13c41aeb7d1e9565 SHA256: 80a9c6932a8c4265181d054f333032a4aaa1e34c94c9b4676ac12af11eaa7908 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: 231 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: 98420 MD5sum: 29dac522f0aae4325f7f8779fe847b12 SHA1: 33fa50f3409d5d14a4e13b77cfbcf70f6e1841f5 SHA256: 10c2526b32891e2baaecf938da28d6b1e7498b32924ff3a98c6dee22a849e8ff 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: 212 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: 94080 MD5sum: ca15dfae5731d3c1097bb4f714fe0208 SHA1: 37681060e42896b5a7c2e15c982f9d09c193a74b SHA256: bd5e606ac021224a9c6974005c6cb587eb0072415f04789171a3d02da7bce3a9 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: 392 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: arm64/babeld-dbgsym_1.13.1+nxd1-3_arm64.deb Size: 216036 MD5sum: e548094a76436babe2aafea59907389b SHA1: df608bc70bfc55e4cef82845dcf2799be699caf2 SHA256: 10c1e4bf4df360ce612a5a9f368d8d2c0ed62b0b2d126ba9cfed4faabb298c4d Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: b3fe0e4dd1cea7f4690a2272045a8515335caa7f Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 444 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: ppc64el/babeld-dbgsym_1.13.1+nxd1-3_ppc64el.deb Size: 220852 MD5sum: 571e1b14b1909e272fb4ef403727b82b SHA1: ae5e3059d0836372b732689d4916db82d0e0df0b SHA256: 658559a1552f5f595c591b536c07af2e43a8079b96d20fcba50cbd33fca15a39 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: 36310bbb5e1b127b503a78d48968788cf28e9fac Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 266 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: i386/babeld-dbgsym_1.13.1+nxd1-3_i386.deb Size: 194228 MD5sum: 54d8625d3a8d0c3828dd0d0ca0424191 SHA1: 7bd12769f2017183a38e647c99059e05cfc987f4 SHA256: 97f2b2295d8f3e1901eafdc219e4a5460760758c543dd168166dbfffa79a03eb Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: f9f121efa690476aa4d8f0b854ca0e2a9ca30f06 Package: babeld-dbgsym Source: babeld Version: 1:1.13.1+nxd1-3 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 273 Depends: babeld (= 1:1.13.1+nxd1-3) Filename: amd64/babeld-dbgsym_1.13.1+nxd1-3_amd64.deb Size: 217008 MD5sum: fceed0777812828ef33f2e19ebfb7a42 SHA1: cfd8e1916000a258c7c4f5113c25e7b414903215 SHA256: c0ef3d52099bed1cc370dd50e5592a629121ee3d14e5c0155fa0112e40e38481 Section: debug Priority: optional Description: debug symbols for babeld Build-Ids: e4facf06272d7dfd5ab7fa928824377ba11829f0 Package: openvpn-re6stnet Version: 2.4.12-1 Architecture: arm64 Maintainer: Julien Muchembled Installed-Size: 907 Depends: libc6 (>= 2.38), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3t64 (>= 3.4.0), iproute2 Filename: arm64/openvpn-re6stnet_2.4.12-1_arm64.deb Size: 369748 MD5sum: 2493ad1cc11c0914a15bc5da9132ba01 SHA1: 6dc19fcd4027e345c4777a262e91f7a39d7bb36b SHA256: e4fd29ce283cfe24ef45d023825d325fd80f9d6936baee458d2591acb12ee499 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 (>= 2.38), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3t64 (>= 3.4.0), iproute2 Filename: ppc64el/openvpn-re6stnet_2.4.12-1_ppc64el.deb Size: 419200 MD5sum: d6fcfe14fb642d03a7dea0d18e90da01 SHA1: 3ebc26f223e32e237d9d8f57552410e33832855b SHA256: 1eb80d2e8d9816fa27d55ac0a77723b86f8c58ee29ce8d4eee6ca8140f6d8c12 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 (>= 2.38), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3t64 (>= 3.4.0), iproute2 Filename: i386/openvpn-re6stnet_2.4.12-1_i386.deb Size: 427068 MD5sum: 1401b3d68bf9edc9e4e7fd426e97e998 SHA1: 4437b1a640dd8cee984c8241fd02f418e2bc1449 SHA256: c97dc4bdb0ba6ab1a134d50167dc519424e8b656b2f9b8961e57a5b9cd6e2ddb 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: amd64 Maintainer: Julien Muchembled Installed-Size: 867 Depends: libc6 (>= 2.38), liblz4-1 (>= 0.0~r130), liblzo2-2 (>= 2.02), libssl3t64 (>= 3.4.0), iproute2 Filename: amd64/openvpn-re6stnet_2.4.12-1_amd64.deb Size: 398492 MD5sum: a827893f0fbfb85c6f010914a8aa4d4a SHA1: 37eef17f8744442b40f19b9b49b70466e1a0e6ef SHA256: df2a295a830b71f92566d76935cda82e53fb105249730e91be3dcc36581bf166 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: 1723 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: arm64/openvpn-re6stnet-dbgsym_2.4.12-1_arm64.deb Size: 954672 MD5sum: 42f5316ad96d6b3d0b3c54b38147d8f4 SHA1: ca5797bbcb57114d62a73d4d4e1ba4172dfbf458 SHA256: ffe2de63665b419d483229b4460ff1d1a3d0604dc814acaef889baf1108d815b Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: 4873aac401d5ea96fe81241357a075af8dc3a570 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: ppc64el Maintainer: Julien Muchembled Installed-Size: 2045 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: ppc64el/openvpn-re6stnet-dbgsym_2.4.12-1_ppc64el.deb Size: 1011808 MD5sum: a56977bd690dab251c471812dfcabc92 SHA1: 63792815e4a6eeb2d8a0fc30c1f603813007c8a1 SHA256: 403c2fdf278aba6eb81bb6fabbda4bd3e95b7bf363546d072495806001f983b1 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: cd69337454e1b793afba68300b862929509583b6 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: i386 Maintainer: Julien Muchembled Installed-Size: 1254 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: i386/openvpn-re6stnet-dbgsym_2.4.12-1_i386.deb Size: 866384 MD5sum: f09d608a11debf3fe62bf118e2378002 SHA1: 655dc74e1ff9a07a483c1a5e25549a600bff8908 SHA256: cd44e54a87a909f2e91e0838ae531e662d77b109c3c39f0a0b656d06fdfd3957 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: ab280c4264b05fbc5f8c759599ef202c26538c20 Package: openvpn-re6stnet-dbgsym Source: openvpn-re6stnet Version: 2.4.12-1 Auto-Built-Package: debug-symbols Architecture: amd64 Maintainer: Julien Muchembled Installed-Size: 1232 Depends: openvpn-re6stnet (= 2.4.12-1) Filename: amd64/openvpn-re6stnet-dbgsym_2.4.12-1_amd64.deb Size: 971652 MD5sum: 3e8157d324ec7f413eb56ab23b382303 SHA1: 82bc1f5f0fe80e651779f635eba49795573bd340 SHA256: f1dc9b317ff7b4b264556eab6250b5596aa6f619b41cc0beb3b830684dd0f3c2 Section: debug Priority: optional Description: debug symbols for openvpn-re6stnet Build-Ids: 7ad53b3ce5a9930fadeda7e28033af2d90b8d5e5 Package: re6st-node Source: re6stnet Version: 0.673+gae41da7-1 Architecture: all Maintainer: Julien Muchembled Installed-Size: 4430 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: 1240216 MD5sum: 6de150b8009f3edd4810bbfe90ad2cd3 SHA1: cd338317420bd7a08eff5bf8c80bc73f75dcc527 SHA256: 0bf5d297602a2f2422333230c8d1583993c83cde1591bcda79272918a78f9f6b 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: 316944 Depends: libc6 (>= 2.38), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 13.1), 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: 52148752 MD5sum: 08176b41d304cbf10c57ebeef83f6e44 SHA1: 520ca906628f64f2f8d43a1f92707cd6bf73808b SHA256: d9196d3e84e1acae8dc171d7f5ffa2912465a498a75742cebe8d1987f9f3236c 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: 330767 Depends: libc6 (>= 2.38), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 13.1), 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: 53744432 MD5sum: 63bd1d90d30a1066bd84a2cfea7cd847 SHA1: ebc73c941eb1c78b53fd698ca625a81527d1f88c SHA256: f23bb5bf17ba2d6676eea78f61b7ef103253602c68e1c079c8a8c0306e98cbd6 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: 295866 Depends: libc6 (>= 2.38), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 7), libstdc++6 (>= 13.1), 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: 54916668 MD5sum: 6a4455d428c57470ae7f7c0be3f5c4e8 SHA1: 24258dd1205c159d2f93e2ab10f6c54fde32a9e0 SHA256: 8fe7a5b0591934dc4e8cbd3751326455fe8d8734936445a5957df6af195a2967 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: 302738 Depends: libc6 (>= 2.38), libcrypt1 (>= 1:4.1.0), libgcc-s1 (>= 3.0), libstdc++6 (>= 13.1), 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: 54614304 MD5sum: 5838aa71824528e63d75e7f7115b33a7 SHA1: 49dba1a3499b247640bb66f46920c315df260b55 SHA256: d0baa56d16e8330ceb62a7504b79f89934e9d6c20978ef8ff5350667f527b32e 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.