chore: removed httpsAgent type + clean up

src/test/RequestClient.spec.ts

@@ -5,12 +5,6 @@ import { app, mockedAuthResponse } from './SAS_server_app'
 import { ServerType } from '@sasjs/utils'
 import SASjs from '../SASjs'
 import * as axiosModules from '../utils/createAxiosInstance'
-import {
-  clientCert,
-  createCertificates,
-  rootCaCert,
-  serverCert
-} from './serverUtils'
 
 const axiosActual = jest.requireActual('axios')
 
@@ -84,9 +78,7 @@ describe('RequestClient - Self Signed Server', () => {
     adapter = new SASjs({
       serverUrl: SERVER_URL,
       serverType: ServerType.SasViya,
-      httpsAgentConfiguration: {
-        selfSigned: { ca: [sslConfig.certificate] }
-      }
+      httpsAgentOptions: { ca: [sslConfig.certificate] }
     })
   })
 
@@ -115,9 +107,7 @@ describe('RequestClient - Self Signed Server', () => {
     const adapterAllowInsecure = new SASjs({
       serverUrl: SERVER_URL,
       serverType: ServerType.SasViya,
-      httpsAgentConfiguration: {
-        allowInsecure: true
-      }
+      httpsAgentOptions: { rejectUnauthorized: false }
     })
 
     const authResponse = await adapterAllowInsecure.getAccessToken(

src/test/serverUtils.ts

@@ -1,77 +0,0 @@
-var https = require('https')
-var { Cert } = require('selfsigned-ca')
-
-// Root CA certificate used to sign other certificates.
-// argument(s) point to .crt and .key file paths - ./selfsigned.root-ca.crt & ./selfsigned.root-ca.key
-export const rootCaCert = new Cert('selfsigned.root-ca')
-// The certificate generated for use in the HTTP server. It is signed by the CA certificate.
-// That way you can create any amount of certificates and they will be all trusted as long
-// as the Root CA certificate is trusted (installed to device's keychain).
-// argument(s) point to .crt and .key file paths - ./selfsigned.localhost.crt & ./selfsigned.localhost.key
-export const serverCert = new Cert(`selfsigned.localhost`)
-export const clientCert = new Cert(`selfsigned.client`)
-
-// .then(startHttpsServer)
-// .then(() => console.log('certificates ready, server listening'))
-// .catch(console.error)
-
-export async function createCertificates() {
-  // await createRootCertificate()
-  console.log('creating server certificate')
-  createServerCertificate()
-  console.log('server certificate created & stored')
-}
-
-function startHttpsServer() {
-  var server = https.createServer(serverCert, (req: any, res: any) => {
-    res.writeHead(200)
-    res.end('hello world\n')
-  })
-  server.listen(443)
-}
-
-async function loadRootCertificate() {
-  await rootCaCert.load()
-  if (!(await rootCaCert.isInstalled())) {
-    // Make sure the CA is installed to device's keychain so that all server certificates
-    // signed by the CA are automatically trusted and green.
-    await rootCaCert.install()
-  }
-}
-
-async function createRootCertificate() {
-  console.log('createRootCertificate')
-  // Couldn't load existing root CA certificate. Generate new one.
-  rootCaCert.createRootCa({
-    subject: {
-      commonName: 'My Trusted Certificate Authority'
-    }
-  })
-  console.log('rootCaCert', rootCaCert)
-  // console.log('createRootCertificate saving')
-  // await rootCaCert.save()
-  // console.log('createRootCertificate saved')
-  // Install the newly created CA to device's keychain so that all server certificates
-  // signed by the CA are automatically trusted and green.
-  // await rootCaCert.install()
-  // console.log('createRootCertificate installed')
-}
-
-async function createServerCertificate() {
-  var serverCertOptions = {
-    subject: {
-      commonName: 'localhost'
-    },
-    extensions: [
-      {
-        name: 'subjectAltName',
-        altNames: [
-          { type: 2, value: 'localhost' }, // DNS
-          { type: 7, ip: '127.0.0.1' } // IP
-        ]
-      }
-    ]
-  }
-  serverCert.create(serverCertOptions, rootCaCert)
-  await serverCert.save()
-}