'use strict'; var cluster = require('cluster'); var PromiseA = require('bluebird'); function init(conf, state) { var newConf = {}; if (!conf.ipcKey) { conf.ipcKey = newConf.ipcKey = require('crypto').randomBytes(16).toString('base64'); } if (!conf.sqlite3Sock) { conf.sqlite3Sock = newConf.sqlite3Sock = '/tmp/sqlite3.' + require('crypto').randomBytes(4).toString('hex') + '.sock'; } if (!conf.memstoreSock) { conf.memstoreSock = newConf.memstoreSock = '/tmp/memstore.' + require('crypto').randomBytes(4).toString('hex') + '.sock'; } try { require('fs').unlinkSync(conf.memstoreSock); } catch(e) { if ('ENOENT' !== e.code) { console.error(e.stack); console.error(JSON.stringify(e)); } // ignore } try { require('fs').unlinkSync(conf.sqlite3Sock); } catch(e) { if ('ENOENT' !== e.code) { console.error(e.stack); console.error(JSON.stringify(e)); } // ignore } var cstore = require('cluster-store'); var sqlite3 = require('sqlite3-cluster/server'); var promise = PromiseA.all([ cstore.create({ sock: conf.memstoreSock , serve: cluster.isMaster && conf.memstoreSock , store: cluster.isMaster && null //new require('express-session/session/memory')() // TODO implement , key: conf.ipcKey }) , sqlite3.createServer({ verbose: null , sock: conf.sqlite3Sock , ipcKey: conf.ipcKey })/*.then(function () { var sqlite3 = require('sqlite3-cluster/client'); return sqliet3.createClientFactory(...); })*/ ]).then(function (args) { state.memstore = args[0]; //state.sqlstore = args[1]; return newConf; }); return promise; } function touch(conf, state) { if (!state.initialize) { state.initialize = init(conf, state); } // TODO if no xyz worker, start on xyz worker (unlock, for example) return state.initialize.then(function (newConf) { // TODO conf.locked = true|false; conf.initialized = true; return newConf; }); } module.exports.init = init; module.exports.touch = touch;