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Renable Strict TSLint (#5018)

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* removes more builder references

* remove builder from profiler

* formatting

* fix profiler dailog

* remove builder from oatuhdialog

* remove the rest of builder references

* formatting

* add more strict null checks to base

* enable strict tslint rules

* fix formatting

* fix compile error

* fix the rest of the hygeny issues and add pipeline step

* fix pipeline files
This commit is contained in:
Anthony Dresser
2019-04-18 00:34:53 -07:00
committed by GitHub
parent b852f032d3
commit ddd89fc52a
431 changed files with 3147 additions and 3789 deletions
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186
extensions/big-data-cluster/src/kubectl/kubectlUtils.ts
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@@ -11,126 +11,126 @@ import { Kubectl } from './kubectl';
import { failed, ClusterType } from '../interfaces';
export interface KubectlContext {
readonly clusterName: string;
readonly contextName: string;
readonly userName: string;
readonly active: boolean;
readonly clusterName: string;
readonly contextName: string;
readonly userName: string;
readonly active: boolean;
}
interface Kubeconfig {
readonly apiVersion: string;
readonly 'current-context': string;
readonly clusters: {
readonly name: string;
readonly cluster: {
readonly server: string;
readonly 'certificate-authority'?: string;
readonly 'certificate-authority-data'?: string;
};
}[] | undefined;
readonly contexts: {
readonly name: string;
readonly context: {
readonly cluster: string;
readonly user: string;
readonly namespace?: string;
};
}[] | undefined;
readonly users: {
readonly name: string;
readonly user: {};
}[] | undefined;
readonly apiVersion: string;
readonly 'current-context': string;
readonly clusters: {
readonly name: string;
readonly cluster: {
readonly server: string;
readonly 'certificate-authority'?: string;
readonly 'certificate-authority-data'?: string;
};
}[] | undefined;
readonly contexts: {
readonly name: string;
readonly context: {
readonly cluster: string;
readonly user: string;
readonly namespace?: string;
};
}[] | undefined;
readonly users: {
readonly name: string;
readonly user: {};
}[] | undefined;
}
export interface ClusterConfig {
readonly server: string;
readonly certificateAuthority: string | undefined;
readonly server: string;
readonly certificateAuthority: string | undefined;
}
async function getKubeconfig(kubectl: Kubectl): Promise<Kubeconfig | null> {
const shellResult = await kubectl.asJson<any>('config view -o json');
if (failed(shellResult)) {
vscode.window.showErrorMessage(shellResult.error[0]);
return null;
}
return shellResult.result;
const shellResult = await kubectl.asJson<any>('config view -o json');
if (failed(shellResult)) {
vscode.window.showErrorMessage(shellResult.error[0]);
return null;
}
return shellResult.result;
}
export async function getCurrentClusterConfig(kubectl: Kubectl): Promise<ClusterConfig | undefined> {
const kubeConfig = await getKubeconfig(kubectl);
if (!kubeConfig || !kubeConfig.clusters || !kubeConfig.contexts) {
return undefined;
}
const contextConfig = kubeConfig.contexts.find((context) => context.name === kubeConfig['current-context'])!;
const clusterConfig = kubeConfig.clusters.find((cluster) => cluster.name === contextConfig.context.cluster)!;
return {
server: clusterConfig.cluster.server,
certificateAuthority: clusterConfig.cluster['certificate-authority']
};
const kubeConfig = await getKubeconfig(kubectl);
if (!kubeConfig || !kubeConfig.clusters || !kubeConfig.contexts) {
return undefined;
}
const contextConfig = kubeConfig.contexts.find((context) => context.name === kubeConfig['current-context'])!;
const clusterConfig = kubeConfig.clusters.find((cluster) => cluster.name === contextConfig.context.cluster)!;
return {
server: clusterConfig.cluster.server,
certificateAuthority: clusterConfig.cluster['certificate-authority']
};
}
export async function getContexts(kubectl: Kubectl): Promise<KubectlContext[]> {
const kubectlConfig = await getKubeconfig(kubectl);
if (!kubectlConfig) {
return [];
}
const currentContext = kubectlConfig['current-context'];
const contexts = kubectlConfig.contexts || [];
return contexts.map((c) => {
return {
clusterName: c.context.cluster,
contextName: c.name,
userName: c.context.user,
active: c.name === currentContext
};
});
const kubectlConfig = await getKubeconfig(kubectl);
if (!kubectlConfig) {
return [];
}
const currentContext = kubectlConfig['current-context'];
const contexts = kubectlConfig.contexts || [];
return contexts.map((c) => {
return {
clusterName: c.context.cluster,
contextName: c.name,
userName: c.context.user,
active: c.name === currentContext
};
});
}
export async function setContext(kubectl: Kubectl, targetContext: string): Promise<void> {
const shellResult = await kubectl.invokeAsync(`config use-context ${targetContext}`);
if (!shellResult || shellResult.code !== 0) {
// TODO: Update error handling for now.
let errMsg = shellResult ? shellResult.stderr : localize('runKubectlFailed', 'Unable to run kubectl');
vscode.window.showErrorMessage(localize('setClusterFailed', 'Failed to set \'{0}\' as current cluster: {1}', targetContext, errMsg));
}
const shellResult = await kubectl.invokeAsync(`config use-context ${targetContext}`);
if (!shellResult || shellResult.code !== 0) {
// TODO: Update error handling for now.
let errMsg = shellResult ? shellResult.stderr : localize('runKubectlFailed', 'Unable to run kubectl');
vscode.window.showErrorMessage(localize('setClusterFailed', 'Failed to set \'{0}\' as current cluster: {1}', targetContext, errMsg));
}
}
export async function inferCurrentClusterType(kubectl: Kubectl): Promise<ClusterType> {
let latestContextName = '';
let latestContextName = '';
const ctxsr = await kubectl.invokeAsync('config current-context');
if (ctxsr && ctxsr.code === 0) {
latestContextName = ctxsr.stdout.trim();
} else {
return ClusterType.Other;
}
const ctxsr = await kubectl.invokeAsync('config current-context');
if (ctxsr && ctxsr.code === 0) {
latestContextName = ctxsr.stdout.trim();
} else {
return ClusterType.Other;
}
const cisr = await kubectl.invokeAsync('cluster-info');
if (!cisr || cisr.code !== 0) {
return ClusterType.Unknown;
}
const masterInfos = cisr.stdout.split('\n')
.filter((s) => s.indexOf('master is running at') >= 0);
const cisr = await kubectl.invokeAsync('cluster-info');
if (!cisr || cisr.code !== 0) {
return ClusterType.Unknown;
}
const masterInfos = cisr.stdout.split('\n')
.filter((s) => s.indexOf('master is running at') >= 0);
if (masterInfos.length === 0) {
return ClusterType.Other;
}
if (masterInfos.length === 0) {
return ClusterType.Other;
}
const masterInfo = masterInfos[0];
if (masterInfo.indexOf('azmk8s.io') >= 0 || masterInfo.indexOf('azure.com') >= 0) {
return ClusterType.AKS;
}
const masterInfo = masterInfos[0];
if (masterInfo.indexOf('azmk8s.io') >= 0 || masterInfo.indexOf('azure.com') >= 0) {
return ClusterType.AKS;
}
if (latestContextName) {
const gcsr = await kubectl.invokeAsync(`config get-contexts ${latestContextName}`);
if (gcsr && gcsr.code === 0) {
if (gcsr.stdout.indexOf('minikube') >= 0) {
return ClusterType.Minikube;
}
}
}
if (latestContextName) {
const gcsr = await kubectl.invokeAsync(`config get-contexts ${latestContextName}`);
if (gcsr && gcsr.code === 0) {
if (gcsr.stdout.indexOf('minikube') >= 0) {
return ClusterType.Minikube;
}
}
}
return ClusterType.Other;
return ClusterType.Other;
}