require('colors'); let async = require('async'); let shelljs = require('shelljs'); const path = require('path'); class IPFS { constructor(options) { this.options = options; this.buildDir = options.buildDir || 'dist/'; this.storageConfig = options.storageConfig; this.configIpfsBin = this.storageConfig.ipfs_bin || "ipfs"; } deploy(cb) { console.log("deploying to ipfs!"); let self = this; async.waterfall([ function findBinary(callback) { let ipfs_bin = shelljs.which(self.configIpfsBin); if (ipfs_bin === 'ipfs not found' || !ipfs_bin) { console.log(('=== WARNING: ' + self.configIpfsBin + ' ' + __('not found or not in the path. Guessing %s for path', '~/go/bin/ipfs')).yellow); ipfs_bin = "~/go/bin/ipfs"; } callback(null, ipfs_bin); }, function runCommand(ipfs_bin, callback) { let cmd = `"${ipfs_bin}" add -r ${self.buildDir}`; console.log(("=== " + __("adding %s to ipfs", self.buildDir)).green); console.debug(cmd); shelljs.exec(cmd, {silent:true}, function(code, stdout, stderr){ // {silent:true}: don't echo cmd output so it can be controlled via logLevel console.log(stdout.green); callback(stderr, stdout); }); }, function getHashFromOutput(result, callback) { const pattern = `added ([a-zA-Z1-9]{46}) ${path.basename(self.buildDir)}\n`; const regex = RegExp(pattern, 'm'); const dirHash = result.match(regex)[1]; callback(null, dirHash); }, function printUrls(dir_hash, callback) { console.log(("=== " + __("DApp available at") + " http://localhost:8080/ipfs/" + dir_hash + "/").green); console.log(("=== " + __("DApp available at") + " https://ipfs.infura.io/ipfs/" + dir_hash + "/").green); callback(null, dir_hash); } ], function (err, dir_hash) { if (err) { console.log(__("error uploading to ipfs").red); console.log(err); cb(err); } else cb(null, dir_hash); }); } } module.exports = IPFS;