How to use

has

function

in

LoDashStatic

// Merge in process.env as relevant
 _.forEach(_.keys(config), key => {
  if (_.has(process.env, key)) {
   config[key] = process.env[key];
  }
 });

// If we have an app with a tooling section let's do this
 app.events.on('post-init', () => {
  if (!_.isEmpty(_.get(app, 'config.tooling', {}))) {
   app.log.verbose('additional tooling detected');
   // Add the tasks after we init the app
   _.forEach(utils.getToolingTasks(app.config.tooling, app), task => {
    app.log.debug('adding app cli task %s', task.name);
    const injectable = _.has(app, 'engine') ? app : lando;
    app.tasks.push(buildTask(task, injectable));
   });
  }
 });

/*
 * Helper to load in all app plugins
 */
const loadPlugins = (app, lando) => Promise.resolve(app.plugins.registry)
 // Filter out
 .filter(plugin => _.has(plugin, 'app'))
 // LOADEM!
 .map(plugin => app.plugins.load(plugin, plugin.app, app, lando))
 // Remove any naughty shit
 .map(plugin => _.pick(plugin.data, ['config', 'composeData', 'env', 'labels']))
 // Merge minotaur
 .each(result => _.merge(app, result))

/*
 * Parse docker-compose options
 */
const parseOptions = (opts = {}) => {
 const flags = _.map(composeFlags, (value, key) => _.get(opts, key, false) ? value : '');
 const environment = _.flatMap(opts.environment, (value, key) => ['--env', `${key}=${value}`]);
 const user = (_.has(opts, 'user')) ? ['--user', opts.user] : [];
 const workdir = (_.has(opts, 'workdir')) ? ['--workdir', opts.workdir] : [];
 const entrypoint = _.map(opts.entrypoint, entrypoint => ['--entrypoint', entrypoint]);
 return _.compact(_.flatten([flags, environment, user, workdir, entrypoint]));
}

/*
 * Helper to determine bootstrap level
 */
const getBsLevel = (config, command) => {
 if (_.has(config, `tooling.${command}.level`)) return config.tooling[command].level;
 else return (!fs.existsSync(config.composeCache)) ? 'app' : 'engine';
}

const getSize = function (parentSize, itemPosition) {
 const position = normalizePosition(itemPosition.position);
 if (_.has(position, "size")) {
  return position.size;
 }

 // Prevent last growing view from overflowing screen
 const round = itemPosition.offset.grow + position.grow === itemPosition.summary.grow
  ? Math.floor : Math.ceil;

 return round(
  (parentSize - itemPosition.summary.size) * position.grow / itemPosition.summary.grow
 );
}

_.forEach(all, one => {
  if (_.has(one, 'options')) {
   _.forEach(one.options(lando), (option, key) => {
    // @TODO: get auto conflict assignment to work properly
    // @NOTE: maybe it doesn't and we should just do this manually?
    // _.set(options, `${key}.conflicts`, getConflicts(one.name, all, lando));
   });
   options = _.merge({}, one.options(lando), options);
  }
 });

// Helper to run our build tasks
const runBuild = (lando, options = {}, steps = []) => lando.Promise.each(steps, step => {
 if (_.has(step, 'func')) {
  return step.func(options, lando);
 } else {
  step.cmd = (_.isFunction(step.cmd)) ? step.cmd(options) : step.cmd;
  return build.run(lando, build.buildRun(_.merge({}, build.runDefaults(lando, options), step)));
 };
})

// If we don't have a builtAgainst already then we must be spinning up for the first time and its safe to set this
 app.events.on('post-start', () => {
  if (!_.has(app.meta, 'builtAgainst')) {
   lando.cache.set(app.metaCache, updateBuiltAgainst(app, app._config.version), {persist: true});
  }
  if (app.meta.builtAgainst !== app._config.version) {
   app.addWarning(warnings.rebuildWarning());
  }
 });

// Add in local variable overrides as needed
  _.forEach(app.platformsh.config.applications, application => {
   if (_.has(app, `config.config.variables.${application.name}`)) {
    const overrides = _.get(app, `config.config.variables.${application.name}`, {});
    application.variables = _.merge({}, application.variables, overrides);
   }
  });

// Categorize and colorize URLS if and as appropriate
 _.forEach(app.info, info => {
  if (_.has(info, 'urls') && !_.isEmpty(info.urls)) {
   urls[info.service] = _.filter(app.urls, item => {
    item.theme = chalk[item.color](item.url);
    return _.includes(info.urls, item.url);
   });
  }
 });

_.forEach(types, type => {
  if (_.has(options, `config.${type}`)) {
   config[type] = options.config[type];
  } else if (!_.has(options, `config.${type}`) && _.has(options, `defaultFiles.${type}`)) {
   if (_.has(options, 'confDest')) {
    config[type] = path.join(options.confDest, options.defaultFiles[type]);
   }
  }
 });

// Merge in process.env as relevant
 _.forEach(_.keys(config), key => {
  if (_.has(process.env, key)) {
   config[key] = process.env[key];
  }
 });

// Merge in process.env as relevant
 _.forEach(_.keys(config), key => {
  if (_.has(process.env, key)) {
   config[key] = process.env[key];
  }
 });

// Merge in process.env as relevant
 _.forEach(_.keys(config), key => {
  if (_.has(process.env, key)) {
   config[key] = process.env[key];
  }
 });