@takashito/linode-mcp-server/dist/tools/kubernetes/tools.js

MCP server for Linode API

"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
exports.registerKubernetesTools = registerKubernetesTools;
const client_1 = require("../../client");
const schemas_1 = require("../common/schemas");
const schemas = __importStar(require("./schemas"));
const errorHandler_1 = require("../common/errorHandler");
/**
 * Registers Kubernetes tools with the MCP server
 */
function registerKubernetesTools(server) {
    // Cluster operations
    server.addTool({
        name: 'list_kubernetes_clusters',
        description: 'List all Kubernetes clusters',
        parameters: (0, schemas_1.mcpInput)(schemas.listKubernetesClustersSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getClusters(params);
            return JSON.stringify(result.data, null, 2);
        })
    });
    server.addTool({
        name: 'get_kubernetes_cluster',
        description: 'Get details for a specific Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getCluster(params.id);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'create_kubernetes_cluster',
        description: 'Create a new Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.createClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.createCluster(params);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'update_kubernetes_cluster',
        description: 'Update an existing Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.updateClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const { id, ...data } = params;
            const result = await (0, client_1.createClient)(context).kubernetes.updateCluster(id, data);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'delete_kubernetes_cluster',
        description: 'Delete a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteCluster(params.id);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Node pool operations
    server.addTool({
        name: 'list_kubernetes_node_pools',
        description: 'List all node pools in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getNodePoolsSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getNodePools(params.clusterId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'get_kubernetes_node_pool',
        description: 'Get details for a specific node pool in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getNodePoolSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getNodePool(params.clusterId, params.poolId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'create_kubernetes_node_pool',
        description: 'Create a new node pool in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.createNodePoolSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const { clusterId, ...data } = params;
            const result = await (0, client_1.createClient)(context).kubernetes.createNodePool(clusterId, data);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'update_kubernetes_node_pool',
        description: 'Update an existing node pool in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.updateNodePoolSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const { clusterId, poolId, ...data } = params;
            const result = await (0, client_1.createClient)(context).kubernetes.updateNodePool(clusterId, poolId, data);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'delete_kubernetes_node_pool',
        description: 'Delete a node pool from a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteNodePoolSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteNodePool(params.clusterId, params.poolId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    server.addTool({
        name: 'recycle_kubernetes_nodes',
        description: 'Recycle specified nodes in a node pool',
        parameters: (0, schemas_1.mcpInput)(schemas.recycleNodesSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const { clusterId, poolId, nodes } = params;
            await (0, client_1.createClient)(context).kubernetes.recycleNodes(clusterId, poolId, { nodes });
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Other Kubernetes operations
    server.addTool({
        name: 'list_kubernetes_versions',
        description: 'List all available Kubernetes versions',
        parameters: (0, schemas_1.mcpInput)(schemas.getVersionsSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getVersions();
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'get_kubernetes_kubeconfig',
        description: 'Get the kubeconfig for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getKubeconfigSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getKubeconfig(params.clusterId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'get_kubernetes_api_endpoints',
        description: 'Get the API endpoints for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getAPIEndpointsSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getAPIEndpoints(params.clusterId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'recycle_kubernetes_cluster',
        description: 'Recycle all nodes in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.recycleClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.recycleCluster(params.id);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Node operations
    server.addTool({
        name: 'delete_kubernetes_node',
        description: 'Delete a node from a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteNodeSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteNode(params.clusterId, params.nodeId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    server.addTool({
        name: 'recycle_kubernetes_node',
        description: 'Recycle a node in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.recycleNodeSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.recycleNode(params.clusterId, params.nodeId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Dashboard and service token operations
    server.addTool({
        name: 'get_kubernetes_dashboard_url',
        description: 'Get the dashboard URL for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getDashboardURLSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getDashboardURL(params.clusterId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'delete_kubernetes_service_token',
        description: 'Delete the service token for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteServiceTokenSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteServiceToken(params.clusterId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Version and type operations
    server.addTool({
        name: 'get_kubernetes_version',
        description: 'Get details for a specific Kubernetes version',
        parameters: (0, schemas_1.mcpInput)(schemas.getVersionSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getVersion(params.version);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'list_kubernetes_types',
        description: 'List all available Kubernetes types',
        parameters: (0, schemas_1.mcpInput)(schemas.getTypesSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getTypes();
            return JSON.stringify(result, null, 2);
        })
    });
    // Control Plane ACL operations
    server.addTool({
        name: 'get_kubernetes_control_plane_acl',
        description: 'Get the control plane ACL configuration for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getControlPlaneACLSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getControlPlaneACL(params.clusterId);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'update_kubernetes_control_plane_acl',
        description: 'Update the control plane ACL configuration for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.updateControlPlaneACLSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const { clusterId, ...data } = params;
            const result = await (0, client_1.createClient)(context).kubernetes.updateControlPlaneACL(clusterId, data);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'delete_kubernetes_control_plane_acl',
        description: 'Delete the control plane ACL configuration for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteControlPlaneACLSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteControlPlaneACL(params.clusterId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Kubeconfig operations
    server.addTool({
        name: 'delete_kubernetes_kubeconfig',
        description: 'Delete (revoke) the kubeconfig for a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.deleteKubeconfigSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.deleteKubeconfig(params.clusterId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Cluster regeneration
    server.addTool({
        name: 'regenerate_kubernetes_cluster',
        description: 'Regenerate a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.regenerateClusterSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            await (0, client_1.createClient)(context).kubernetes.regenerateCluster(params.clusterId);
            return JSON.stringify({ success: true }, null, 2);
        })
    });
    // Get node
    server.addTool({
        name: 'get_kubernetes_node',
        description: 'Get details about a specific node in a Kubernetes cluster',
        parameters: (0, schemas_1.mcpInput)(schemas.getNodeSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getNode(params.clusterId, params.nodeId);
            return JSON.stringify(result, null, 2);
        })
    });
    // Tier version operations
    server.addTool({
        name: 'list_kubernetes_tier_versions',
        description: 'List available Kubernetes versions for a specific tier',
        parameters: (0, schemas_1.mcpInput)(schemas.listTierVersionsSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getTierVersions(params.tier);
            return JSON.stringify(result, null, 2);
        })
    });
    server.addTool({
        name: 'get_kubernetes_tier_version',
        description: 'Get details for a specific Kubernetes version for a tier',
        parameters: (0, schemas_1.mcpInput)(schemas.getTierVersionSchema),
        execute: (0, errorHandler_1.withErrorHandling)(async (params, context) => {
            const result = await (0, client_1.createClient)(context).kubernetes.getTierVersion(params.tier, params.version);
            return JSON.stringify(result, null, 2);
        })
    });
}
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