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import { ask, confirm, selectAnswer } from './prompts.js';
import { styleText } from './style-text.js';
import {
addK8sPersistentStorage,
createK8sCluster,
createK8sNodeGroup,
deleteK8sCluster,
deleteK8sNodeGroup,
getK8sAddon,
getK8sConfig,
getK8sNodeGroup,
getK8sProduct,
getK8sQuota,
getK8sVersionCheck,
listK8sClusters,
listK8sDeploymentEvents,
listK8sNodeGroups,
listK8sUsage,
updateK8sCluster,
updateK8sNodeGroup,
updateK8sVersion,
} from '../clever-client/k8s.js';
import { Logger } from '../logger.js';
import { getOwnerIdFromOrgIdOrName } from '../models/ids-resolver.js';
import { sendToApi } from '../models/send-to-api.js';
/**
* Check if a Kubernetes cluster status is ACTIVE
* @param {string} orgIdOrName The organisation ID or name
* @param {string} clusterIdOrName The cluster ID or name
* @returns {Promise<boolean>} True if the cluster is deployed, false otherwise
*/
export async function isK8sClusterActive(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const cluster = await getK8sAddon({ ownerId, clusterId }).then(sendToApi);
return cluster.status === 'ACTIVE';
}
/**
* Create a kubernetes cluster
* @param {string} name The name of the cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {object} [options]
* @param {string} [options.version] The Kubernetes version to deploy
* @param {string} [options.description] A free-form description
* @param {string[]} [options.tags] Semantic tags ("tag" or "key:value")
* @param {boolean} [options.autoscaling] Enable the cluster autoscaler
* @param {boolean} [options.persistentStorage] Enable the Ceph CSI persistent storage
* @param {string} [options.topology] Topology kind (ALL_IN_ONE, DEDICATED_COMPUTE, DISTRIBUTED)
* @param {string} [options.flavor] Control plane flavor
* @param {number} [options.replicationFactor] Control plane replication factor
* @param {{flavor: string, targetNodeCount: number}} [options.nodeGroup] Initial node group
* @returns {Promise<object>}
*/
export async function k8sCreate(name, orgIdOrName, options = {}) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const product = await k8sGetProduct();
const body = { name };
if (options.version != null) {
const available = product.versions?.available ?? [];
if (!available.includes(options.version)) {
throw new Error(`Version "${options.version}" is not available. Supported: ${available.join(', ')}`);
}
body.version = options.version;
}
if (options.description != null) body.description = options.description;
if (options.tags?.length) body.tags = options.tags;
const features = {};
if (options.autoscaling) features.autoscalingEnabled = true;
if (options.persistentStorage) features.csi = true;
if (Object.keys(features).length > 0) body.features = features;
body.topologyConfig = resolveTopologyConfig(options, product);
if (options.nodeGroup != null) {
const supported = getNodeGroupFlavors(product);
if (!supported.includes(options.nodeGroup.flavor)) {
throw new Error(
`Flavor "${options.nodeGroup.flavor}" is not a valid node group flavor. Supported: ${supported.join(', ')}`,
);
}
let addNodeGroup = true;
if (body.topologyConfig.topology === 'ALL_IN_ONE' && !options.yes) {
Logger.println(
styleText(
'yellow',
'⚠️ ALL_IN_ONE topology already schedules pods on control plane VMs — an additional node group is usually unnecessary.',
),
);
addNodeGroup = await ask('Add the node group anyway?', false);
if (!addNodeGroup) {
Logger.println('Node group creation skipped, cluster will be deployed without it');
}
}
if (addNodeGroup) {
body.nodeGroups = [
{ name: 'default', flavor: options.nodeGroup.flavor, targetNodeCount: options.nodeGroup.targetNodeCount },
];
}
}
return createK8sCluster({ ownerId }, body).then(sendToApi);
}
const FLAVOR_ORDER = ['2XS', 'XS', 'S', 'M', 'L', 'XL'];
const DEFAULT_TOPOLOGY = 'ALL_IN_ONE';
const DISTRIBUTED_COMPONENTS = [
'apiserver',
'controllerManager',
'scheduler',
'nodeGroupOperator',
'cloudControllerManager',
];
function resolveTopologyConfig({ topology, flavor, replicationFactor }, product) {
const resolvedTopology = topology ?? DEFAULT_TOPOLOGY;
const constraint = product.topologies?.find((t) => t.topology === resolvedTopology);
if (constraint == null) {
const supported = (product.topologies ?? []).map((t) => t.topology).join(', ');
throw new Error(`Unknown topology "${resolvedTopology}". Supported: ${supported}`);
}
const resolvedFlavor = flavor ?? FLAVOR_ORDER.find((f) => constraint.availableFlavors?.includes(f));
if (resolvedFlavor == null || !constraint.availableFlavors?.includes(resolvedFlavor)) {
throw new Error(
`Flavor "${resolvedFlavor}" is not available for ${resolvedTopology}. Supported: ${(constraint.availableFlavors ?? []).join(', ')}`,
);
}
const { min, max } = constraint.replicationFactor;
const resolvedRf = replicationFactor ?? min;
if (resolvedRf < min || resolvedRf > max) {
throw new Error(`Replication factor for ${resolvedTopology} must be between ${min} and ${max}`);
}
if (resolvedTopology === 'DISTRIBUTED') {
const component = { flavor: resolvedFlavor, replicationFactor: resolvedRf };
return {
topology: 'DISTRIBUTED',
components: Object.fromEntries(DISTRIBUTED_COMPONENTS.map((c) => [c, component])),
};
}
return { topology: resolvedTopology, flavor: resolvedFlavor, replicationFactor: resolvedRf };
}
/**
* Get the Kubernetes service configuration (supported topologies, flavors, versions)
* @returns {Promise<object>}
*/
export async function k8sGetProduct() {
return getK8sProduct().then(sendToApi);
}
/**
* List all kubernetes addons
* @param {string} format The output format
* @returns {Promise<void>}
*/
export async function k8sList(orgIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const deployed = await listK8sClusters({ ownerId }).then(sendToApi);
return deployed.filter((op) => op.status != 'DELETED');
}
/**
* Get information about a kubernetes cluster
* @param {string} orgIdOrName The organisation ID or name
* @param {string} clusterIdOrName The cluster ID or name
* @returns {Promise<object>} The kubernetes cluster information
*/
export async function getK8sCluster(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return getK8sAddon({ ownerId, clusterId }).then(sendToApi);
}
/**
* Get Kubernetes cluster configuration
* @param {string} orgIdOrName The organisation ID or name
* @param {string} clusterIdOrName The cluster ID or name
* @returns {Promise<string>} The kubeconfig.yaml content
*/
export async function k8sGetConfig(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return getK8sConfig({ ownerId, clusterId }).then(sendToApi);
}
/**
* Update a Kubernetes cluster metadata or features
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {object} updates Patch fields (name, description, tags, features)
* @returns {Promise<object>}
*/
export async function k8sUpdate(orgIdOrName, clusterIdOrName, updates) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return updateK8sCluster({ ownerId, clusterId }, updates).then(sendToApi);
}
/**
* Delete a kubernetes cluster
* @param {string} orgIdOrName The organisation ID or name
* @param {string} clusterIdOrName The cluster ID or name
* @returns {Promise<void>}
*/
export async function k8sDelete(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return deleteK8sCluster({ ownerId, clusterId }).then(sendToApi);
}
/**
* Get Kubernetes cluster ID from an addon ID or name
* @param {string|object} addonIdOrName The addon ID or name
* @param {string} ownerId The owner ID
* @returns {Promise<string>} The Kubernetes cluster ID
*/
export async function getClusterIdFromAddonIdOrName(addonIdOrName, ownerId) {
if (typeof addonIdOrName === 'string') {
return addonIdOrName;
} else if (typeof addonIdOrName === 'object' && addonIdOrName.operator_id) {
return addonIdOrName.operator_id;
} else if (typeof addonIdOrName === 'object' && addonIdOrName.addon_name) {
const name = addonIdOrName.addon_name;
const matches = await listK8sClusters({ ownerId })
.then(sendToApi)
.then((clusters) => clusters.filter((c) => c.name === name && c.status !== 'DELETED'));
if (matches.length === 0) {
throw new Error(`No Kubernetes cluster found with the name ${styleText('red', name)}`);
}
if (matches.length > 1) {
const listing = matches.map((c) => `- ${c.name} (${c.id})`).join('\n');
throw new Error(
`Multiple Kubernetes clusters found with the name ${styleText('red', name)}, use the ID instead:\n${styleText('grey', listing)}`,
);
}
return matches[0].id;
} else {
throw new Error('Invalid Kubernetes Cluster identifier provided');
}
}
/**
* Add persistent storage to a deployed Kubernetes cluster
* @param {string} orgIdOrName The organisation ID or name
* @param {string} clusterIdOrName The cluster ID or name
* @returns {Promise<void>}
*/
export async function k8sAddPersistentStorage(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return addK8sPersistentStorage({ ownerId, clusterId }).then(sendToApi);
}
/**
* Get the Kubernetes quota of an organisation
* @param {object} [orgIdOrName] The organisation ID or name
* @returns {Promise<object>} The quota payload (id, tenantId, tags, quotas)
*/
export async function k8sGetQuota(orgIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
return getK8sQuota({ ownerId }).then(sendToApi);
}
/**
* List the current Kubernetes usage items of an organisation
* @param {object} [orgIdOrName] The organisation ID or name
* @returns {Promise<object[]>} The list of cluster usage items
*/
export async function k8sListUsage(orgIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
return listK8sUsage({ ownerId }).then(sendToApi);
}
/**
* List deployment events for a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {number} [limit] Max number of events to return
* @returns {Promise<object[]>}
*/
export async function k8sListActivity(orgIdOrName, clusterIdOrName, limit) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const queryParams = limit != null ? { limit } : {};
return listK8sDeploymentEvents({ ownerId, clusterId }, queryParams).then(sendToApi);
}
/**
* List the node groups of a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @returns {Promise<object[]>}
*/
export async function k8sListNodeGroups(orgIdOrName, clusterIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
return listK8sNodeGroups({ ownerId, clusterId }).then(sendToApi);
}
/**
* Create a node group on a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {object} options
* @param {string} options.name Node group name
* @param {string} options.flavor Node flavor (2XS..XL)
* @param {number} options.targetNodeCount Target node count
* @param {string} [options.description]
* @param {string} [options.tag]
* @param {boolean} [options.autoscaling]
* @param {number} [options.min] Minimum node count (autoscaling)
* @param {number} [options.max] Maximum node count (autoscaling)
* @returns {Promise<object>}
*/
export async function k8sCreateNodeGroup(orgIdOrName, clusterIdOrName, options) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const product = await k8sGetProduct();
const supported = getNodeGroupFlavors(product);
if (!supported.includes(options.flavor)) {
throw new Error(`Flavor "${options.flavor}" is not a valid node group flavor. Supported: ${supported.join(', ')}`);
}
const wantsAutoscaling = options.autoscaling || options.min != null || options.max != null;
if (wantsAutoscaling && (options.min == null || options.max == null)) {
throw new Error('--autoscaling requires both --min and --max');
}
if (wantsAutoscaling && options.min > options.max) {
throw new Error('--min must be less than or equal to --max');
}
const body = { name: options.name, flavor: options.flavor, targetNodeCount: options.targetNodeCount };
if (options.description != null) body.description = options.description;
if (options.tag != null) body.tag = options.tag;
if (wantsAutoscaling) {
body.autoscalingEnabled = true;
body.minNodeCount = options.min;
body.maxNodeCount = options.max;
}
return createK8sNodeGroup({ ownerId, clusterId }, body).then(sendToApi);
}
function getNodeGroupFlavors(product) {
const available = new Set((product.topologies ?? []).flatMap((t) => t.availableFlavors ?? []));
return FLAVOR_ORDER.filter((f) => available.has(f));
}
/**
* Update a node group on a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {string} nodeGroupIdOrName The node group ID or name
* @param {object} updates Patch fields (targetNodeCount, minNodeCount, maxNodeCount, autoscalingEnabled, description, tag)
* @returns {Promise<object>}
*/
export async function k8sUpdateNodeGroup(orgIdOrName, clusterIdOrName, nodeGroupIdOrName, updates) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const nodeGroupId = await resolveNodeGroupId(ownerId, clusterId, nodeGroupIdOrName);
const current = await getK8sNodeGroup({ ownerId, clusterId, nodeGroupId }).then(sendToApi);
const body = { name: current.name, targetNodeCount: current.targetNodeCount, ...updates };
return updateK8sNodeGroup({ ownerId, clusterId, nodeGroupId }, body).then(sendToApi);
}
/**
* Delete a node group from a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {string} nodeGroupIdOrName The node group ID or name
* @returns {Promise<void>}
*/
export async function k8sDeleteNodeGroup(orgIdOrName, clusterIdOrName, nodeGroupIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const nodeGroupId = await resolveNodeGroupId(ownerId, clusterId, nodeGroupIdOrName);
return deleteK8sNodeGroup({ ownerId, clusterId, nodeGroupId }).then(sendToApi);
}
/**
* Get a specific node group of a Kubernetes cluster
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {string} nodeGroupIdOrName The node group ID or name
* @returns {Promise<object>}
*/
export async function k8sGetNodeGroup(orgIdOrName, clusterIdOrName, nodeGroupIdOrName) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const nodeGroupId = await resolveNodeGroupId(ownerId, clusterId, nodeGroupIdOrName);
return getK8sNodeGroup({ ownerId, clusterId, nodeGroupId }).then(sendToApi);
}
const NODE_GROUP_ID_REGEX = /^node_group_[0-9A-HJ-NP-TV-Z]{26}$/i;
/**
* Resolve a node group ID from either an ID or a name (scoped to a cluster)
* @param {string} ownerId
* @param {string} clusterId
* @param {string} nodeGroupIdOrName
* @returns {Promise<string>}
*/
async function resolveNodeGroupId(ownerId, clusterId, nodeGroupIdOrName) {
if (NODE_GROUP_ID_REGEX.test(nodeGroupIdOrName)) {
return nodeGroupIdOrName;
}
const list = await listK8sNodeGroups({ ownerId, clusterId }).then(sendToApi);
const matches = list.filter((ng) => ng.name === nodeGroupIdOrName);
if (matches.length === 0) {
throw new Error(`No node group found with name ${styleText('red', nodeGroupIdOrName)}`);
}
if (matches.length > 1) {
const listing = matches.map((ng) => `- ${ng.name} (${ng.id})`).join('\n');
throw new Error(
`Multiple node groups found with the name ${styleText('red', nodeGroupIdOrName)}, use the ID instead:\n${styleText('grey', listing)}`,
);
}
return matches[0].id;
}
/**
* Check a Kubernetes cluster version against available upgrades
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {string} format The output format
* @returns {Promise<void>}
*/
export async function k8sCheckVersion(orgIdOrName, clusterIdOrName, format) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const name = getClusterDisplayName(clusterIdOrName, clusterId);
const versions = await getK8sVersionCheck({ ownerId, clusterId }).then(sendToApi);
switch (format) {
case 'json':
Logger.printJson(versions);
break;
case 'human':
default:
if (!versions.needUpdate) {
Logger.printSuccess(`${styleText('green', name)} is up-to-date (${styleText('green', versions.installed)})`);
} else {
Logger.println(dedent`
🔄 ${styleText('red', name)} is outdated
• Installed version: ${styleText('red', versions.installed)}
• Latest version: ${styleText('green', versions.latest)}
`);
Logger.println();
await confirm(
`Do you want to update it to ${styleText('green', versions.latest)} now?`,
'No confirmation, aborting version update',
);
await updateK8sVersion({ ownerId, clusterId }, { targetVersion: versions.latest }).then(sendToApi);
Logger.printSuccess(`${styleText('green', name)} is upgrading to ${styleText('green', versions.latest)}…`);
}
break;
}
}
/**
* Update a Kubernetes cluster version
* @param {object} orgIdOrName The organisation ID or name
* @param {string|object} clusterIdOrName The cluster ID or name
* @param {string} [askedVersion] The target version; prompts from available versions when omitted
* @returns {Promise<void>}
*/
export async function k8sUpdateVersion(orgIdOrName, clusterIdOrName, askedVersion) {
const ownerId = await getOwnerIdFromOrgIdOrName(orgIdOrName);
const clusterId = await getClusterIdFromAddonIdOrName(clusterIdOrName, ownerId);
const name = getClusterDisplayName(clusterIdOrName, clusterId);
const versions = await getK8sVersionCheck({ ownerId, clusterId }).then(sendToApi);
const targetVersion =
askedVersion ??
(await selectAnswer(
`Which version do you want to update ${styleText('blue', name)} to, current is ${styleText('blue', versions.installed)}?`,
[...versions.available].reverse(),
'Use --target <version> to update directly.',
));
if (!versions.available.includes(targetVersion)) {
throw new Error(`Version ${styleText('red', targetVersion)} is not available`);
}
if (versions.installed === targetVersion) {
Logger.printSuccess(`${styleText('green', name)} is already at version ${styleText('green', targetVersion)}`);
return;
}
await updateK8sVersion({ ownerId, clusterId }, { targetVersion }).then(sendToApi);
Logger.printSuccess(`${styleText('green', name)} is upgrading to ${styleText('green', targetVersion)}…`);
}
function getClusterDisplayName(clusterIdOrName, fallbackId) {
if (typeof clusterIdOrName === 'object') {
return clusterIdOrName.addon_name ?? clusterIdOrName.operator_id ?? fallbackId;
}
return clusterIdOrName ?? fallbackId;
}
|