John R. Bandela, MD Beyond struct: Meta- programming a struct Replacement in C++20Disclaimer This is not an official Google library These opinions are my ownStruct struct person { int id = 1; std::string

com/Azure/AKS/issues/2934]. These issues prevent usage of our previously recommended scenario via replacement of initial system node pool with CriticalAddonsOnly=true:NoSchedule and usage of additional user com/Azure/AKS/issues/2934]. These issues prevent usage of our previously recommended scenario via replacement of initial system node pool with CriticalAddonsOnly=true:NoSchedule and usage of additional user pullPolicy=IfNotPresent \ --set ipam.mode=kubernetes Note To fully enable Cilium’s kube-proxy replacement (Kubernetes Without kube- proxy), cgroup v1 controllers net_cls and net_prio have to be disabled

com/Azure/AKS/issues/2934]. These issues prevent usage of our previously recommended scenario via replacement of initial system node pool with CriticalAddonsOnly=true:NoSchedule and usage of additional user com/Azure/AKS/issues/2934]. These issues prevent usage of our previously recommended scenario via replacement of initial system node pool with CriticalAddonsOnly=true:NoSchedule and usage of additional user pullPolicy=IfNotPresent \ --set ipam.mode=kubernetes Note To fully enable Cilium’s kube-proxy replacement (Kubernetes Without kube- proxy), cgroup v2 needs to be enabled by setting the kernel systemd.

minikube is deployed as a container (that is if docker is the configured driver), then kube-proxy replacement features like host-reachable services may not work (GitHub issue [https://github.com/cilium/cilium/issues/15769]) pullPolicy=IfNotPresent \ --set ipam.mode=kubernetes Note To fully enable Cilium’s kube-proxy replacement (Kubernetes Without kube- proxy), cgroup v1 controllers net_cls and net_prio have to be disabled options of kubeadm which are not mentioned here. If you are interested in using Cilium’s kube-proxy replacement, please follow the Kubernetes Without kube-proxy guide and skip this one. Create the cluster

options of kubeadm which are not mentioned here. If you are interested in using Cilium’s kube-proxy replacement, please follow the Kubernetes without kube-proxy guide and skip this one. Create the cluster control plane via executing on it: kubeadm init Note If you want to use Cilium’s kube-proxy replacement, kubeadm needs to skip the kube-proxy deployment phase, so it has to be executed with the --skip- the Kubernetes HostPort feature is supported natively through Cilium’s eBPF-based kube-proxy replacement. CNI chaining is therefore not needed anymore. For more information, see section Container hostPort

The sub() method takes a replacement value, which can be either a string or a function, and the string to be processed. .sub(replacement, string[, count=0]) 返回通过替换 replacement 替换 string 中正则的最左边非重叠出现而获得的字符串。如果未找到模式，则 not adjacent to a previous match. >>> p = re.compile('x*') >>> p.sub('-', 'abxd') '-a-b-d-' If replacement is a string, any backslash escapes in it are processed. That is, \n is converted to a single newline corresponding group in the RE. This lets you incorporate portions of the original text in the resulting replacement string. 这个例子匹配单词 section 后跟一个用 {，} 括起来的字符串，并将 section 改为 subsection >>> p = re.compile('section{

The sub() method takes a replacement value, which can be either a string or a function, and the string to be processed. .sub(replacement, string[, count=0]) 返回通过替换 replacement 替换 string 中正则的最左边非重叠出现而获得的字符串。如果未找到模式，则 not adjacent to a previous match. >>> p = re.compile('x*') >>> p.sub('-', 'abxd') '-a-b-d-' If replacement is a string, any backslash escapes in it are processed. That is, \n is converted to a single newline corresponding group in the RE. This lets you incorporate portions of the original text in the resulting replacement string. 这个例子匹配单词 section 后跟一个用 {，} 括起来的字符串，并将 section 改为 subsection >>> p = re.compile('section{

The sub() method takes a replacement value, which can be either a string or a function, and the string to be processed. .sub(replacement, string[, count=0]) 返回通过替换 replacement 替换 string 中正则的最左边非重叠出现而获得的字符串。如果未找到模式，则 not adjacent to a previous match. >>> p = re.compile('x*') >>> p.sub('-', 'abxd') '-a-b-d-' If replacement is a string, any backslash escapes in it are processed. That is, \n is converted to a single newline corresponding group in the RE. This lets you incorporate portions of the original text in the resulting replacement string. 这个例子匹配单词 section 后跟一个用 {，} 括起来的字符串，并将 section 改为 subsection >>> p = re.compile('section{

The sub() method takes a replacement value, which can be either a string or a function, and the string to be processed. .sub(replacement, string[, count=0]) 返回通过替换 replacement 替换 string 中正则的最左边非重叠出现而获得的字符串。如果未找到模式，则 not adjacent to a previous match. >>> p = re.compile('x*') >>> p.sub('-', 'abxd') '-a-b-d-' 如果 replacement 是一个字符串，则处理其中的任何反斜杠转义。也就是说，\n 被转换为单个换行符，\r 被 转换为回车符，依此类推。诸如 \& 之类的未知转义是孤立的。后向引用，例如 \6，被替换为正则中相应组 'subsection{First}' >>> p.sub(r'subsection{\g}','section{First}') 'subsection{First}' replacement 也可以是一个函数，它可以为你提供更多控制。如果 replacement 是一个函数，则为 pattern 的每次 非重叠出现将调用该函数。在每次调用时，函数都会传递一个匹配的 匹配对象参数，并可以使用此信息计算 15 所需的替换字符串并将其返回。

The sub() method takes a replacement value, which can be either a string or a function, and the string to be processed. .sub(replacement, string[, count=0]) 返回通过替换 replacement 替换 string 中正则的最左边非重叠出现而获得的字符串。如果未找到模式，则 not adjacent to a previous match. >>> p = re.compile('x*') >>> p.sub('-', 'abxd') '-a-b-d-' 如果 replacement 是一个字符串，则处理其中的任何反斜杠转义。也就是说，\n 被转换为单个换行符，\r 被 转换为回车符，依此类推。诸如 \& 之类的未知转义是孤立的。后向引用，例如 \6，被替换为正则中相应组 'subsection{First}' >>> p.sub(r'subsection{\g}','section{First}') 'subsection{First}' replacement 也可以是一个函数，它可以为你提供更多控制。如果 replacement 是一个函数，则为 pattern 的每次 非重叠出现将调用该函数。在每次调用时，函数都会传递一个匹配的 匹配对象参数，并可以使用此信息计算 15 所需的替换字符串并将其返回。