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Direktori : /proc/thread-self/root/lib/node_modules/pm2/node_modules/pm2-sysmonit/ |
Current File : //proc/thread-self/root/lib/node_modules/pm2/node_modules/pm2-sysmonit/index.js |
const tx2 = require('tx2') const SystemInfos = require('./src/SystemInfos.js') const PM2Infos = require('./src/pm2.js') class SysMonit { constructor() { this.sysinfos = new SystemInfos() this.report = {} this.pass = 0 this.pm2infos = new PM2Infos() this.pm2_report = {} } start() { this.sysinfos.startCollection() this.report = this.sysinfos.report() this.pm2infos.startCollection() this.pm2_report = this.pm2infos.report() this.bindActions() setInterval(() => { if (this.pass++ < 4) this.bindMetrics() this.report = this.sysinfos.report() this.pm2_report = this.pm2infos.report() this.processContinuousMetrics() if (process.env.VERBOSE) { console.log(JSON.stringify(this.report, '', 2)) console.log(JSON.stringify(this.pm2_report, '', 2)) } }, 1000) } bindActions() { tx2.action('info', (cb) => { cb(this.sysinfos.report()) }) } processContinuousMetrics() { let most_used_disk = this.report.storage.filesystems.reduce((p, v) => { return (p.use < v.use ? p : v) }) tx2.metric(`Disk Usage`, '%', () => most_used_disk.use) tx2.metric(`Disk Size`, 'gb', () => (most_used_disk.size / 1024 / 1024 / 1024).toFixed(2)) let tx5 = 0, rx5 = 0 Object.keys(this.report.network).forEach(iface => { tx5 += this.report.network[iface].tx_5 rx5 += this.report.network[iface].rx_5 }) tx2.metric(`Total TX`, 'mb/s', () => tx5) tx2.metric(`Total RX`, 'mb/s', () => rx5) } bindMetrics() { tx2.metric('PM2 CPU Usage', '%', () => this.pm2_report.pm2.cpu) tx2.metric('PM2 Memory Usage', 'mb', () => this.pm2_report.pm2.mem) tx2.metric('PM2 Agent CPU Usage', '%', () => this.pm2_report.agent.cpu) tx2.metric('PM2 Agent Memory Usage', 'mb', () => this.pm2_report.agent.mem) /** * From Sysinfo */ tx2.metric('CPU Usage', '%', () => this.report.cpu.load) tx2.metric('CPUs Usage', () => this.report.cpu.loads) tx2.metric('CPU Temperature', '°C', () => this.report.cpu.temperature) tx2.metric('RAM Total', 'gb', () => this.report.mem.total) tx2.metric('RAM Free', 'gb', () => this.report.mem.free) tx2.metric('RAM Active', 'gb', () => this.report.mem.active) tx2.metric('RAM Available', 'gb', () => this.report.mem.available) tx2.metric('RAM Usage', '%', () => this.report.mem.usage) tx2.metric('FD Opened', () => this.report.fd.opened) tx2.metric('Disk Writes', 'mb/s', () => this.report.storage.io.read) tx2.metric('Disk Reads', 'mb/s', () => this.report.storage.io.write) this.report.storage.filesystems.forEach((fss, i) => { if (!fss.fs) return tx2.metric(`fs:use:${fss.fs}`, '%', () => this.report.storage.filesystems[i].use) tx2.metric(`fs:size:${fss.fs}`, 'gb', () => (this.report.storage.filesystems[i].size / 1024 / 1024 / 1024).toFixed(2)) }) Object.keys(this.report.network).forEach(iface => { tx2.metric(`net:tx_5:${iface}`, 'mb/s', () => this.report.network[iface].tx_5) tx2.metric(`net:rx_5:${iface}`, 'mb/s', () => this.report.network[iface].rx_5) tx2.metric(`net:rx_errors_60:${iface}`, '/min', () => this.report.network[iface].rx_errors_60) tx2.metric(`net:tx_errors_60:${iface}`, '/min', () => this.report.network[iface].tx_errors_60) tx2.metric(`net:rx_dropped_60:${iface}`, '/min', () => this.report.network[iface].rx_dropped_60) tx2.metric(`net:tx_dropped_60:${iface}`, '/min', () => this.report.network[iface].tx_dropped_60) }) if (this.report.graphics.memTotal) { tx2.metric('graphics:mem:total', 'mb', () => this.report.graphics.memTotal) tx2.metric('graphics:mem:used', 'mb', () => this.report.graphics.memUsed) tx2.metric('graphics:temp', '°C', () => this.report.graphics.temperature) } //tx2.transpose('report', () => this.report) } } if (require.main === module) { let sys = new SysMonit() sys.start() }