009 DPUDirect 009 eNFS 011 HPCRunner 013 WayCa Scheduler 015 Cloud Computing and Cloud Native 017 HybridSched 017 KubeOS 018 NestOS 020 Rubik 021 Embedded 023 GearOS 023 MICA digital infrastructure scenarios. 20.03 First innovation version Kernel innovative version Cloud-native innovative version 20.09 21.03 21.09 22.03 22.09 23.03 openEuler Version Roadmap LTS Versions SP3 Information Technology Technology Communication 10,000 + mainstream applications on cloud native, big data CND, MEC, industrial control,etc. Integrated ecosystems and extensive compatibility through

enhances server and cloud computing features, and incorporates key technologies including cloud-native CPU scheduling algorithms for hybrid service deployments and KubeOS for containers. As an OS platform 09 LTS Versions Innovative Versions First innovative version Innovative kernel version Cloud-native innovative version LTS versions: released every two years, with long lifecycle management based step to building a full- scenario digital infrastructure OS. Kernel innovations: • Enhanced cloud-native scheduling: openEuler suits hybrid deployments of online and offline cloud services. Its innovative

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons Enable Hubble Hubble is a fully distributed networking and security observability platform for cloud native workloads. It is built on top of Cilium and eBPF to enable deep visibility into the communication

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons Install Hubble Hubble is a fully distributed networking and security observability platform for cloud native workloads. It is built on top of Cilium and eBPF to enable deep visibility into the communication

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons Extract the Cluster CIDR to enable native-routing: NATIVE_CIDR="$(gcloud container clusters describe "${NAME}" --zone "${ZONE}" --format 'value(clusterIpv4Cidr)')" echo $NATIVE_CIDR Deploy Cilium release via

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons the Cluster CIDR to enable native-routing: NATIVE_CIDR="$(gcloud container clusters describe $CLUSTER_NAME --zone $CLUSTER_ZONE --format 'value(clusterIpv4Cidr)')" echo $NATIVE_CIDR Note First, make sure

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons Extract the Cluster CIDR to enable native-routing: NATIVE_CIDR="$(gcloud container clusters describe "${NAME}" --zone "${ZONE}" --format 'value(clusterIpv4Cidr)')" echo $NATIVE_CIDR Deploy Cilium release via

infrastructure as the only requirement is IP connectivity between hosts which is typically already given. Native Routing: Use of the regular routing table of the Linux host. The network is required to be capable requires some awareness of the underlying networking infrastructure. This mode works well with: Native IPv6 networks In conjunction with cloud network routers If you are already running routing daemons servers, and Cassandra clients query these services via a the native Cassandra protocol [https://github.com/apache/cassandra/blob/trunk/doc/native_protocol_v4.spec] . Cilium understands the Cassandra protocol

rev="1" I: *** start packaging in "debhello-0.0". *** I: provide debhello_0.0.orig.tar.gz for non-native Debian package I: pwd = "/path/to" I: $ ln -sf debhello-0.0.tar.gz debhello_0.0.orig.tar.gz I: pwd 文件的副本或符号链接，包含 debian/* 的各个文件。） • package_version.dsc 如果您需要手动创建原生 Debian 软件包，可以使用 dpkg-source(1) 工具以“3.0 (native)”格式进行创 建。 Tip 一些人提议，给那些即使只为 Debian 写的程序，也打包成非原生的软件包格式。 在标准的打包工作流 Section 5.1 前，所需的没有 debian/* 文件的 Tip 如果使用原生软件包格式，没有必要事先创建 tarball 压缩包。要创建一个原生 Debian 软件包，应当将 debian/source/format 文件的内容设置为“3.0 (native)”， 适当编写 debian/changelog 文件使得版本号中不包含 Debian 修订号（例如， 1.0 而非 1.0-1），最后在源码树中调用“dpkg-source -b .”命令。这样做便可以自

debian/source/format 中只包含一行，写明了此源代码包的格式 (查看 dpkg-source(1) 获得完整列表)。在 squeeze 后，它应该是以下二者之一： • 3.0 (native) - Debian 本土软件或者 • 3.0 (quilt) - 其他所有软件 Debian 新维护者手册 36 / 57 全新的 3.0 (quilt) 源代码格式将所有修改使用 quilt 源代码包格式可以很容易修改： ⁵参看 DebSrc3.0 (http://wiki.debian.org/Projects/DebSrc3.0) 以了解转换到新的 3.0 (quilt) 和 3.0 (native) 源代码格式时的总结。 ⁶实际上新格式还支持多个上游 tarball 和更多的压缩方法，但这已超出本文档讲述的范围。 ⁷这里已经提出了若干种补丁集维护方法，并且正为 Debian 软件包所采用。quilt all-sh、ltmain.sh 和 Makefile.in 是可以忽略的。你可以在运行 diff 进 行代码检查前删除它们。 8.3 新上游版本 如果软件包 foo 是使用新的 3.0 (native) 或 3.0 (quilt) 格式打包的，制作新的上游版本时需要先把旧的 debian 目录移至新的源代码内。这可以通过在新解压的源代码目录里运行 tar xvzf /path/to/foo_oldversion