@veecode-platform/safira-cli/dist/kong/associate-plugins.js

Generate a microservice project from your spec.

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.ResourceType = exports.AssociatePlugin = void 0;
const kubectl_1 = require("../kubectl/kubectl");
const array_utils_1 = require("../utils/array-utils");
const file_system_utils_1 = require("../utils/file-system-utils");
const yaml_utils_1 = require("../utils/yaml-utils");
const commands_1 = require("../kubectl/commands");
const command_execute_1 = require("../command/command-execute");
class AssociatePlugin {
    constructor() { }
    async add(resourceName, resourceType, k8sNamespace, pluginsList) {
        const service = await this._loadConfig(resourceName, resourceType, k8sNamespace);
        let listPlugins = this._extractPlugins(service);
        listPlugins.push(...pluginsList);
        listPlugins = array_utils_1.ArrayUtils.removeDuplicates(listPlugins);
        service.metadata.annotations["konghq.com/plugins"] = listPlugins.join(", ");
        await this._applyConfig(resourceName, resourceType, k8sNamespace, service);
    }
    async remove(resourceName, resourceType, k8sNamespace, pluginsListRemove) {
        const service = await this._loadConfig(resourceName, resourceType, k8sNamespace);
        let listPlugins = this._extractPlugins(service);
        listPlugins = array_utils_1.ArrayUtils.removeItemsFromArray(listPlugins, pluginsListRemove);
        service.metadata.annotations["konghq.com/plugins"] = listPlugins.join(", ");
        await this._applyConfig(resourceName, resourceType, k8sNamespace, service);
    }
    _extractPlugins(service) {
        const kongPlugins = service.metadata.annotations["konghq.com/plugins"];
        return kongPlugins?.replace(/ +/g, "")?.split(",") || [];
    }
    async _loadConfig(resourceName, resourceType, k8sNamespace) {
        const KubectlBin = await new kubectl_1.Kubectl().getKubectl();
        const stdout = await command_execute_1.CommandExecute.instance.exec(`${KubectlBin} get ${resourceType} -n ${k8sNamespace}  ${resourceName} -o yaml`, false);
        if (stdout)
            return yaml_utils_1.YamlUtils.parse(stdout);
        throw new Error(`Error loading ${resourceType} with name ${resourceName} in k8s namespace ${k8sNamespace}`);
    }
    async _applyConfig(resourceName, resourceType, k8sNamespace, service) {
        const tmpFile = file_system_utils_1.FileSystemUtils.buildPath(file_system_utils_1.FileSystemUtils.getTempDirectory(), `${resourceName}-${resourceType}.yaml`);
        file_system_utils_1.FileSystemUtils.writeFile(tmpFile, yaml_utils_1.YamlUtils.stringify(service));
        await commands_1.KubernetesApply.instance.command([tmpFile]);
        file_system_utils_1.FileSystemUtils.deleteFile(tmpFile);
    }
    static get instance() {
        if (!this._instance)
            this._instance = new this();
        return this._instance;
    }
}
exports.AssociatePlugin = AssociatePlugin;
var ResourceType;
(function (ResourceType) {
    ResourceType["ingress"] = "ingress";
    ResourceType["service"] = "service";
})(ResourceType = exports.ResourceType || (exports.ResourceType = {}));