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pezkuwi-telemetry/packages/frontend/src/components/List/Column.tsx
T
2020-01-30 15:39:46 +01:00

440 lines
14 KiB
TypeScript

import * as React from 'react';
import { Types, Maybe, timestamp } from '@dotstats/common';
import { State, Node } from '../../state';
import { Truncate } from './';
import { Ago, Icon, Tooltip, Sparkline, PolkadotIcon } from '../';
import { formatNumber, getHashData, milliOrSecond, secondsWithPrecision } from '../../utils';
export interface Column {
label: string;
icon: string;
width?: number;
setting?: keyof State.Settings;
sortBy?: (node: Node) => any;
render: (node: Node) => React.ReactElement<any> | string;
}
import nodeIcon from '../../icons/server.svg';
import nodeLocationIcon from '../../icons/location.svg';
import nodeValidatorIcon from '../../icons/shield.svg';
import nodeTypeIcon from '../../icons/terminal.svg';
import networkIdIcon from '../../icons/fingerprint.svg';
import peersIcon from '../../icons/broadcast.svg';
import transactionsIcon from '../../icons/inbox.svg';
import blockIcon from '../../icons/cube.svg';
import finalizedIcon from '../../icons/cube-alt.svg';
import blockHashIcon from '../../icons/file-binary.svg';
import blockTimeIcon from '../../icons/history.svg';
import propagationTimeIcon from '../../icons/dashboard.svg';
import lastTimeIcon from '../../icons/watch.svg';
import cpuIcon from '../../icons/microchip-solid.svg';
import memoryIcon from '../../icons/memory-solid.svg';
import uploadIcon from '../../icons/cloud-upload.svg';
import downloadIcon from '../../icons/cloud-download.svg';
import readIcon from '../../icons/arrow-up.svg';
import writeIcon from '../../icons/arrow-down.svg';
import databaseIcon from '../../icons/database.svg';
import stateIcon from '../../icons/git-branch.svg';
import networkIcon from '../../icons/network.svg';
import uptimeIcon from '../../icons/pulse.svg';
import externalLinkIcon from '../../icons/link-external.svg';
import parityPolkadotIcon from '../../icons/dot.svg';
import paritySubstrateIcon from '../../icons/substrate.svg';
import polkadotJsIcon from '../../icons/polkadot-js.svg';
import airalabRobonomicsIcon from '../../icons/robonomics.svg';
import chainXIcon from '../../icons/chainx.svg';
import edgewareIcon from '../../icons/edgeware.svg';
import joystreamIcon from '../../icons/joystream.svg';
import ladderIcon from '../../icons/laddernetwork.svg';
import cennznetIcon from '../../icons/cennznet.svg';
import darwiniaIcon from '../../icons/darwinia.svg';
import turingIcon from '../../icons/turingnetwork.svg';
import dothereumIcon from '../../icons/dothereum.svg';
import katalchainIcon from '../../icons/katalchain.svg';
import bifrostIcon from '../../icons/bifrost.svg';
import unknownImplementationIcon from '../../icons/question-solid.svg';
const ICONS = {
'parity-polkadot': parityPolkadotIcon,
'polkadot-js': polkadotJsIcon,
'airalab-robonomics': airalabRobonomicsIcon,
'substrate-node': paritySubstrateIcon,
'edgeware-node': edgewareIcon,
'joystream-node': joystreamIcon,
'ChainX': chainXIcon,
'ladder-node': ladderIcon,
'cennznet-node': cennznetIcon,
'Darwinia': darwiniaIcon,
'Darwinia Testnet': darwiniaIcon,
'turing-node': turingIcon,
'dothereum': dothereumIcon,
'katalchain': katalchainIcon,
'bifrost-node': bifrostIcon,
};
export namespace Column {
export const NAME: Column = {
label: 'Node',
icon: nodeIcon,
sortBy: ({ sortableName }) => sortableName,
render: ({ name }) => <Truncate text={name} position="left" />
};
export const VALIDATOR: Column = {
label: 'Validator',
icon: nodeValidatorIcon,
width: 16,
setting: 'validator',
sortBy: ({ validator }) => validator || '',
render: ({ validator }) => {
return validator ? <Tooltip text={validator} copy={true}><span className="Row-validator"><PolkadotIcon account={validator} size={16} /></span></Tooltip> : '-';
}
};
export const LOCATION: Column = {
label: 'Location',
icon: nodeLocationIcon,
width: 140,
setting: 'location',
sortBy: ({ city }) => city || '',
render: ({ city }) => city ? <Truncate position="left" text={city} /> : '-'
};
export const IMPLEMENTATION: Column = {
label: 'Implementation',
icon: nodeTypeIcon,
width: 90,
setting: 'implementation',
sortBy: ({ sortableVersion }) => sortableVersion,
render: ({ implementation, version }) => {
const [semver] = version.match(SEMVER_PATTERN) || ['?.?.?'];
const implIcon = ICONS[implementation] || unknownImplementationIcon;
return (
<Tooltip text={`${implementation} v${version}`}>
<Icon src={implIcon} /> {semver}
</Tooltip>
);
}
};
export const NETWORK_ID: Column = {
label: 'Network ID',
icon: networkIdIcon,
width: 90,
setting: 'networkId',
sortBy: ({ networkId }) => networkId || '',
render: ({ networkId }) => networkId ? <Truncate position="left" text={networkId} /> : '-'
};
export const PEERS: Column = {
label: 'Peer Count',
icon: peersIcon,
width: 26,
setting: 'peers',
sortBy: ({ peers }) => peers,
render: ({ peers }) => `${peers}`
};
export const TXS: Column = {
label: 'Transactions in Queue',
icon: transactionsIcon,
width: 26,
setting: 'txs',
sortBy: ({ txs }) => txs,
render: ({ txs }) => `${txs}`
};
export const CPU: Column = {
label: '% CPU Use',
icon: cpuIcon,
width: 40,
setting: 'cpu',
sortBy: ({ cpu }) => cpu.length < 3 ? 0 : cpu[cpu.length - 1],
render: ({ cpu, chartstamps }) => {
if (cpu.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatCPU} values={cpu} stamps={chartstamps} minScale={100} />
);
}
};
export const MEM: Column = {
label: 'Memory Use',
icon: memoryIcon,
width: 40,
setting: 'mem',
sortBy: ({ mem }) => mem.length < 3 ? 0 : mem[mem.length - 1],
render: ({ mem, chartstamps }) => {
if (mem.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatMemory} values={mem} stamps={chartstamps} minScale={MEMORY_SCALE} />
);
}
};
export const UPLOAD: Column = {
label: 'Upload Bandwidth',
icon: uploadIcon,
width: 40,
setting: 'upload',
sortBy: ({ upload }) => upload.length < 3 ? 0 : upload[upload.length - 1],
render: ({ upload, chartstamps }) => {
if (upload.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBandwidth} values={upload} stamps={chartstamps} minScale={BANDWIDTH_SCALE} />
);
}
};
export const DOWNLOAD: Column = {
label: 'Download Bandwidth',
icon: downloadIcon,
width: 40,
setting: 'download',
sortBy: ({ download }) => download.length < 3 ? 0 : download[download.length - 1],
render: ({ download, chartstamps }) => {
if (download.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBandwidth} values={download} stamps={chartstamps} minScale={BANDWIDTH_SCALE} />
);
}
};
export const STATE_CACHE: Column = {
label: 'State Cache Size',
icon: stateIcon,
width: 40,
setting: 'stateCacheSize',
sortBy: ({ stateCacheSize }) => stateCacheSize.length < 3 ? 0 : stateCacheSize[stateCacheSize.length - 1],
render: ({ stateCacheSize, chartstamps }) => {
if (stateCacheSize.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBytes} values={stateCacheSize} stamps={chartstamps} minScale={MEMORY_SCALE} />
);
}
};
export const DB_CACHE: Column = {
label: 'Database Cache Size',
icon: databaseIcon,
width: 40,
setting: 'dbCacheSize',
sortBy: ({ dbCacheSize }) => dbCacheSize.length < 3 ? 0 : dbCacheSize[dbCacheSize.length - 1],
render: ({ dbCacheSize, chartstamps }) => {
if (dbCacheSize.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBytes} values={dbCacheSize} stamps={chartstamps} minScale={MEMORY_SCALE} />
);
}
};
export const DISK_READ: Column = {
label: 'Disk Read',
icon: readIcon,
width: 40,
setting: 'diskRead',
sortBy: ({ diskRead }) => diskRead.length < 3 ? 0 : diskRead[diskRead.length - 1],
render: ({ diskRead, chartstamps }) => {
if (diskRead.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBandwidth} values={diskRead} stamps={chartstamps} minScale={MEMORY_SCALE} />
);
}
};
export const DISK_WRITE: Column = {
label: 'Disk Write',
icon: writeIcon,
width: 40,
setting: 'diskWrite',
sortBy: ({ diskWrite }) => diskWrite.length < 3 ? 0 : diskWrite[diskWrite.length - 1],
render: ({ diskWrite, chartstamps }) => {
if (diskWrite.length < 3) {
return '-';
}
return (
<Sparkline width={44} height={16} stroke={1} format={formatBandwidth} values={diskWrite} stamps={chartstamps} minScale={MEMORY_SCALE} />
);
}
};
export const BLOCK_NUMBER: Column = {
label: 'Block',
icon: blockIcon,
width: 88,
setting: 'blocknumber',
sortBy: ({ height }) => height || 0,
render: ({ height }) => `#${formatNumber(height)}`
};
export const BLOCK_HASH: Column = {
label: 'Block Hash',
icon: blockHashIcon,
width: 154,
setting: 'blockhash',
sortBy: ({ hash }) => hash || '',
render: ({ hash }) => <Truncate position="right" text={hash} copy={true} />
};
export const FINALIZED: Column = {
label: 'Finalized Block',
icon: finalizedIcon,
width: 88,
setting: 'finalized',
sortBy: ({ finalized }) => finalized || 0,
render: ({ finalized }) => `#${formatNumber(finalized)}`
};
export const FINALIZED_HASH: Column = {
label: 'Finalized Block Hash',
icon: blockHashIcon,
width: 154,
setting: 'finalizedhash',
sortBy: ({ finalizedHash }) => finalizedHash || '',
render: ({ finalizedHash }) => <Truncate position="right" text={finalizedHash} copy={true} />
};
export const BLOCK_TIME: Column = {
label: 'Block Time',
icon: blockTimeIcon,
width: 80,
setting: 'blocktime',
sortBy: ({ blockTime }) => blockTime == null ? Infinity : blockTime,
render: ({ blockTime }) => `${secondsWithPrecision(blockTime/1000)}`
};
export const BLOCK_PROPAGATION: Column = {
label: 'Block Propagation Time',
icon: propagationTimeIcon,
width: 58,
setting: 'blockpropagation',
sortBy: ({ propagationTime }) => propagationTime == null ? Infinity : propagationTime,
render: ({ propagationTime }) => propagationTime == null ? '∞' : milliOrSecond(propagationTime)
};
export const BLOCK_LAST_TIME: Column = {
label: 'Last Block Time',
icon: lastTimeIcon,
width: 100,
setting: 'blocklasttime',
sortBy: ({ blockTimestamp }) => blockTimestamp || 0,
render: ({ blockTimestamp }) => <Ago when={blockTimestamp} />
};
export const UPTIME: Column = {
label: 'Node Uptime',
icon: uptimeIcon,
width: 58,
setting: 'uptime',
sortBy: ({ connectedAt }) => connectedAt || 0,
render: ({ connectedAt }) => <Ago when={connectedAt} justTime={true} />
};
export const NETWORK_STATE: Column = {
label: 'NetworkState',
icon: networkIcon,
width: 16,
setting: 'networkstate',
render: ({ id }) => {
const chainLabel = getHashData().chain;
if (!chainLabel) {
return '-';
}
const uri = `${URI_BASE}${encodeURIComponent(chainLabel)}/${id}/`;
return <a href={uri} target="_blank"><Icon src={externalLinkIcon} /></a>;
},
};
};
const SEMVER_PATTERN = /^\d+\.\d+\.\d+/;
const BANDWIDTH_SCALE = 1024 * 1024;
const MEMORY_SCALE = 2 * 1024 * 1024;
const URI_BASE = window.location.protocol === 'https:'
? `/network_state/`
: `http://${window.location.hostname}:8000/network_state/`;
function formatStamp(stamp: Types.Timestamp): string {
const passed = (timestamp() - stamp) / 1000 | 0;
const hours = passed / 3600 | 0;
const minutes = (passed % 3600) / 60 | 0;
const seconds = (passed % 60) | 0;
return hours ? `${hours}h ago`
: minutes ? `${minutes}m ago`
: `${seconds}s ago`;
}
function formatMemory(kbs: number, stamp: Maybe<Types.Timestamp>): string {
const ago = stamp ? ` (${formatStamp(stamp)})` : '';
const mbs = kbs / 1024 | 0;
if (mbs >= 1000) {
return `${(mbs / 1024).toFixed(1)} GB${ago}`;
} else {
return `${mbs} MB${ago}`;
}
}
function formatBytes(bytes: number, stamp: Maybe<Types.Timestamp>): string {
const ago = stamp ? ` (${formatStamp(stamp)})` : '';
if (bytes >= 1024 * 1024 * 1024) {
return `${(bytes / (1024 * 1024 * 1024)).toFixed(1)} GB${ago}`;
} else if (bytes >= 1024 * 1024) {
return `${(bytes / (1024 * 1024)).toFixed(1)} MB${ago}`;
} else if (bytes >= 1000) {
return `${(bytes / 1024).toFixed(1)} kB${ago}`;
} else {
return `${bytes} B${ago}`;
}
}
function formatBandwidth(bps: number, stamp: Maybe<Types.Timestamp>): string {
const ago = stamp ? ` (${formatStamp(stamp)})` : '';
if (bps >= 1024 * 1024) {
return `${(bps / (1024 * 1024)).toFixed(1)} MB/s${ago}`;
} else if (bps >= 1000) {
return `${(bps / 1024).toFixed(1)} kB/s${ago}`;
} else {
return `${bps | 0} B/s${ago}`;
}
}
function formatCPU(cpu: number, stamp: Maybe<Types.Timestamp>): string {
const ago = stamp ? ` (${formatStamp(stamp)})` : '';
const fractionDigits = cpu > 100 ? 0
: cpu > 10 ? 1
: cpu > 1 ? 2
: 3;
return `${cpu.toFixed(fractionDigits)}%${ago}`;
}