import process from 'process'; import { decode, encode } from '../cborg.js'; import { tokensToDiagnostic, fromDiag } from './diagnostic.js'; import { fromHex as _fromHex, toHex } from './byte-utils.js'; function usage(code) { console.error('Usage: cborg '); console.error('Valid commands:'); console.error('\tbin2diag [binary input]'); console.error('\tbin2hex [binary input]'); console.error('\tbin2json [--pretty] [binary input]'); console.error('\tdiag2bin [diagnostic input]'); console.error('\tdiag2hex [diagnostic input]'); console.error('\tdiag2json [--pretty] [diagnostic input]'); console.error('\thex2bin [hex input]'); console.error('\thex2diag [hex input]'); console.error('\thex2json [--pretty] [hex input]'); console.error('\tjson2bin \'[json input]\''); console.error('\tjson2diag \'[json input]\''); console.error('\tjson2hex \'[json input]\''); console.error('Input may either be supplied as an argument or piped via stdin'); process.exit(code || 0); } async function fromStdin() { const chunks = []; for await (const chunk of process.stdin) { chunks.push(chunk); } return Buffer.concat(chunks); } function fromHex(str) { str = str.replace(/\r?\n/g, ''); if (!/^([0-9a-f]{2})*$/i.test(str)) { throw new Error('Input string is not hexadecimal format'); } return _fromHex(str); } function argvPretty() { const argv = process.argv.filter(s => s !== '--pretty'); const pretty = argv.length !== process.argv.length; return { argv, pretty }; } async function run() { const cmd = process.argv[2]; switch (cmd) { case 'help': { return usage(0); } case 'bin2diag': { const bin = process.argv.length < 4 ? await fromStdin() : new TextEncoder().encode(process.argv[3]); for (const line of tokensToDiagnostic(bin)) { console.log(line); } return; } case 'bin2hex': { const bin = process.argv.length < 4 ? await fromStdin() : new TextEncoder().encode(process.argv[3]); return console.log(toHex(bin)); } case 'bin2json': { const {argv, pretty} = argvPretty(); const bin = argv.length < 4 ? await fromStdin() : new TextEncoder().encode(argv[3]); return console.log(JSON.stringify(decode(bin), undefined, pretty ? 2 : undefined)); } case 'diag2bin': { const bin = fromDiag(process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]); return process.stdout.write(bin); } case 'diag2hex': { const bin = fromDiag(process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]); return console.log(toHex(bin)); } case 'diag2json': { const {argv, pretty} = argvPretty(); const bin = fromDiag(argv.length < 4 ? (await fromStdin()).toString() : argv[3]); return console.log(JSON.stringify(decode(bin), undefined, pretty ? 2 : undefined)); } case 'hex2bin': { const bin = fromHex(process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]); return process.stdout.write(bin); } case 'hex2diag': { const bin = fromHex(process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]); for (const line of tokensToDiagnostic(bin)) { console.log(line); } return; } case 'hex2json': { const {argv, pretty} = argvPretty(); const bin = fromHex(argv.length < 4 ? (await fromStdin()).toString() : argv[3]); return console.log(JSON.stringify(decode(bin), undefined, pretty ? 2 : undefined)); } case 'json2bin': { const inp = process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]; const obj = JSON.parse(inp); return process.stdout.write(encode(obj)); } case 'json2diag': { const inp = process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]; const obj = JSON.parse(inp); for (const line of tokensToDiagnostic(encode(obj))) { console.log(line); } return; } case 'json2hex': { const inp = process.argv.length < 4 ? (await fromStdin()).toString() : process.argv[3]; const obj = JSON.parse(inp); return console.log(toHex(encode(obj))); } default: { if (process.argv.findIndex(a => a.endsWith('mocha')) === -1) { if (cmd) { console.error(`Unknown command: '${ cmd }'`); } usage(1); } } } } run().catch(err => { console.error(err); process.exit(1); }); export default true;