cryptojs

问题 I've followed the instructions on the Coinbase Pro developers page for authentication with API Key and no matter what I try I always get error code 400 using CryptoJS and React / React Native. https://docs.pro.coinbase.com/#api-key-permissions import CryptoJS from 'crypto-js'; import axios from 'axios'; import { Buffer } from 'buffer'; const key = '<removed'; const secret = '<removed>'; const passphrase = '<removed>'; const method = 'GET'; const uri = 'https://api.pro.coinbase.com/accounts';

问题 I created a Symfony2 application using FOSUserBundle and FOSRestBundle. I'd like to connect other application with my Symfony application using rest api. I need to write the Symfony password encoder function in Javascript. Actually in PHP, it goes like: $salt = "secret"; $password = "azerty"; $salted = $password.'{'.$salt.'}'; $digest = hash('sha512', $salted, true); for ($i = 1; $i < 5000; $i++) { $digest = hash('sha512', $digest.$salted, true); } $digest = base64_encode($digest); return

问题 In Node.js I use following code hash = crypto.createHmac('sha256', SECRET).update(file).digest('hex'); to calculate HMAC. However Linux command line analog produces different hash code: > openssl sha256 -hmac "SECRET" file What is wrong in command line? What are correct arguments? 来源： https://stackoverflow.com/questions/50884630/node-js-crypto-createhmacsha256-command-line-analog

问题 I'm trying to upgrade the old version of cryptoJS that can be found here to a newer version on github that can be found here because, there are some functions on the old version that is going to be deprecated. Unfortunately, the newer don't have rollup files, so im trying to get it to work using the core files but, I keep getting the error(s) that something is "undefined" like "cfg.hasher is undefined". <script type="text/javascript" src="crypto-js3.1.9-1/core.js"></script> <script type="text

问题 I have the following Go code ciphertext := "Zff9c+F3gZu/lsARvPhpMau50KUkMAie4j8MYfb12HMWhkLqZreTk8RPbtRB7RDG3QFw7Y0FXJsCq/EBEAz//XoeSZmqZXoyq2Cx8ZV+/Rw=" decodedText, _ := base64.StdEncoding.DecodeString(ciphertext) decodedIv, _ := base64.StdEncoding.DecodeString("u9CV7oR2w+IIk8R0hppxaw==") newCipher, _ := aes.NewCipher([]byte("~NB8CcOL#J!H?|Yr")) cfbdec := cipher.NewCBCDecrypter(newCipher, decodedIv) cfbdec.CryptBlocks(decodedText, decodedText) data, _ := base64.StdEncoding.DecodeString

问题 There are a whole bunch of questions around using the CryptoJS library with Angular 2 but most assume use of SystemJS and all seem out of date with the current version of TypeScript. Can anybody give clear, simple instructions on how to use the CryptoJS library with Angular 2 and TypeScript. I've installed CryptoJS using npm install crypto-js . I've tried the recommended typings i nstall crypto.js --ambient --save but this simply gives a warning about --ambient being deprecated and to use -

问题 For some reason I am not able to create a signature from a private key in JS. Using this online help from google: https://m4b-url-signer.appspot.com/ URL:https://google.maps.com/maps/api/geocode/json?address=New+York&client=test Example Key (fake for the purposes of the exercise) Key: QNade5DtdJKKZbidTsrIgONupc4= (Result) Signature: XDsiH5JAY7kJLgA1K2PWlhTdO1k= However, my javascript code: var keyString = 'QNade5DtdJKKZbidTsrIgONupc4='; console.log(keyString) var urlString =

问题 I'm trying to encrypt the following hash to base64: 6bb984727b8c8c8017207e54b63976dc42ea9d24ad33bd5feeaa66869b650096 It's needed to access the API of a website. The website shows an example script in JavaScript using the CryptoJS.enc.Base64.stringify() method to encrypt the hash. The result with this method is a7mEcnuMjIAXIH5Utjl23ELqnSStM71f7qpmhptlAJY= However, every online base64 encryption tool I tried gives me the following result:

问题 I'm using JSBN to encrypt/decrypt data using public/private keypairs. It works great for text data, including hex strings. My problem is now I have binary data, specifically Crypto-JS Word Arrays, that I need to encrypt with a public key and send along to another platform. So consider this: var key = CryptoJS.lib.WordArray.random(256/8); var rsa = new RSAKey(); rsa.setPublic(modulus, exponent); var encrypted_key = rsa.encrypt(key.toString()); This works but it means 'encrypted_key' is infact

问题 I am working with the keybase.io API - trying to drive it from javascript. Logging in is a two step process. The second step is detailed at https://keybase.io/docs/api/1.0/call/login. I am stuck on the following; The server and the client share this secret, and for the client to successfully log the user in, it must prove knowledge of this secret to the server. To protect against replay attacks, it does not send the secret itself. Rather, it treats pwh as MAC key, and MACs the temporary login