Delete client_ref.ts

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Spencer Killen 2026-08-02 21:22:40 -06:00
parent e3bb114f18
commit 1434fbe955

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@ -1,125 +0,0 @@
// import * as oidc from "openid-client";
// import * as dotenv from "dotenv";
// dotenv.config();
// process.env
// const server = new URL("http://localhost:3000");
// // Discover the provider metadata
// // const as = await oidc.discovery(server, "application", undefined, undefined, { execute: [oidc.allowInsecureRequests] });
// // console.dir(as.clientMetadata());
// // // Register a new client
// const client = await oidc.dynamicClientRegistration(server, {
// redirect_uris: ["http://foo.com"],
// grant_types: ["authorization_code", "refresh_token"],
// response_types: ["code"],
// token_endpoint_auth_method: "client_secret_basic",
// }, undefined, {execute: [oidc.allowInsecureRequests]});
// console.log(client.serverMetadata())
// console.log(client.clientMetadata())
// const state = oidc.randomState();
// const codeVerifier = oidc.randomPKCECodeVerifier();
// const codeChallenge = await oidc.calculatePKCECodeChallenge(codeVerifier);
// const authUrl = oidc.buildAuthorizationUrl(as, {
// client_id: client.client_id,
// redirect_uri: "http://localhost:4000/callback",
// response_type: "code",
// scope: "openid offline_access",
// state,
// code_challenge: codeChallenge,
// code_challenge_method: "S256",
// });
// console.log(Object.getOwnPropertyNames(client));
import * as oid from 'openid-client'
// Prerequisites
let getCurrentUrl!: (...args: any) => URL
let server!: URL // Authorization server's Issuer Identifier URL
let clientId!: string
let clientSecret!: string
/**
* Value used in the authorization request as redirect_uri pre-registered at the
* Authorization Server.
*/
let redirect_uri!: string
// End of prerequisites
let config = await oid.discovery(server, clientId, clientSecret)
let code_challenge_method = 'S256'
/**
* The following (code_verifier and potentially nonce) MUST be generated for
* every redirect to the authorization_endpoint. You must store the
* code_verifier and nonce in the end-user session such that it can be recovered
* as the user gets redirected from the authorization server back to your
* application.
*/
let code_verifier = oid.randomPKCECodeVerifier()
let code_challenge = await oid.calculatePKCECodeChallenge(code_verifier)
let nonce!: string
{
// redirect user to as.authorization_endpoint
let parameters: Record<string, string> = {
redirect_uri,
scope: 'openid email',
code_challenge,
code_challenge_method,
}
/**
* We cannot be sure the AS supports PKCE so we're going to use nonce too. Use
* of PKCE is backwards compatible even if the AS doesn't support it which is
* why we're using it regardless.
*/
if (!config.serverMetadata().supportsPKCE()) {
nonce = oid.randomNonce()
parameters.nonce = nonce
}
let redirectTo = oid.buildAuthorizationUrl(config, parameters)
console.log('redirecting to', redirectTo.href)
// now redirect the user to redirectTo.href
}
// one eternity later, the user lands back on the redirect_uri
// Authorization Code Grant
let sub: string
let access_token: string
{
let currentUrl: URL = getCurrentUrl()
let tokens = await oid.authorizationCodeGrant(config, currentUrl, {
pkceCodeVerifier: code_verifier,
expectedNonce: nonce,
idTokenExpected: true,
})
console.log('Token Endpoint Response', tokens)
;({ access_token } = tokens)
let claims = tokens.claims()!
console.log('ID Token Claims', claims)
;({ sub } = claims)
}
// UserInfo Request
{
let userInfo = await oid.fetchUserInfo(config, access_token, sub)
console.log('UserInfo Response', userInfo)
}