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Https www googleapis com plus v1 people me openidconnect


https www googleapis com plus v1 people me openidconnect

PluginName; import mynewextsetup.us //"mynewextsetup.us"; private static final String. These are the top rated real world PHP examples of PSX\Http\Handler\Mock extracted from 'mynewextsetup.us'. As part of the the mynewextsetup.us endpoint is deprecated and scheduled to that URL is mynewextsetup.us, but this has.

Https www googleapis com plus v1 people me openidconnect -

Using Google as an Open ID Connect authentication source for mynewextsetup.us

Google&#;s service supports OAuth / OpenID Connect as an identity provider, and mynewextsetup.us supports using OpenID Connect as an authentication source. Between the two of them you can use your Google user database (in a business context this is usually Google Apps for Business) to log into mynewextsetup.us, and so giving all your employees automatic access to your SFDC deployment but keeping all your user accounts centralized in Google.

NB: Use this information at your own risk. There is the potential to lock users out of your Salesforce account, or lose access yourself if this configuration is not correctly applied.

The Google bit:

  1. First, access the Google cloud console mynewextsetup.us and create a New Project. The name should be something like &#;Salesforce&#; so it can be identified later, you can use the project ID that google automatically fills in.
  2. Open the Project, and select APIs and Auth, and then Credentials
  3. In the OAuth section click Create new Client ID. Leave Web Application selected as the type, and click &#;Create Client ID&#;. We&#;ll come back and change the configuration of this client ID later.
  4. Keep this window open or note the &#;Client ID for web application&#; table elements for the next section.
  5. Click &#;APIs&#; in the left navigation. Scroll down and find &#;Google+ API&#; and click the &#;ON&#; button to enable this API.

The Salesforce bit:

  1. Log into Salesforce, and open the Setup page.
  2. Under the Administer section, choose Security Controls, and then Auth. Providers.
  3. Create a new Provider and choose the type OpenID Connect
  4. Use the following configuration:
    • Name: Google
    • URL Suffix: google
    • Consumer Key: This is the &#;Client ID&#; generated by Google.
    • Consumer Secret: This is the &#;Client secret&#; generated by Google.
    • Authorize Endpoint URL: mynewextsetup.us
    • Token Endpoint URL: mynewextsetup.us
    • User Info Endpoint URL: mynewextsetup.us
    • Default Scopes: profile email openid
  5. Choose Save. The Client Configuration will now be showing a &#;Callback URL&#;. Go back to the Google console and click the Edit Settings button for the Web Application created above. Copy the &#;Callback URL&#; from Salesforce and replace the &#;Authorized redirect URI&#; in the Google console. Click Update on the Google console.

Testing Salesforce login:

  1. Copy the &#;Test-Only Initialization URL&#; listed under &#;Client Configuration&#; in the Auth Provider into a web browser. You should be redirected to Google that will ask you whether you want to share parts of your profile with Salesforce.
  2. Once you authorize the request, Salesforce will display the XML block it received from Google with your profile information. It should look something like this:
<user>
<id></id>
<org_id>00DbatP1</org_id>
<first_name>Chris</first_name>
<email>[email protected]</email>
<portal_id></portal_id>
<locale>en-GB</locale>
<last_name>Lloyd</last_name>
<provider>Open ID Connect</provider>
<full_name>Chris Lloyd</full_name>
</user>

If you have existing accounts in Salesforce that you want to link to Google IDs, you can ask each user to use the &#;Existing User Linking URL&#;. This will assist them in joining their Google Apps account to their Salesforce account.

Now that the authentication link is established, if you have a custom domain such as &#;mynewextsetup.us&#; you can make Google the default authentication source for that Salesforce domain. This appears to only be possible if you have a Salesforce edition that supports developing your own Apex Classes, since one needs to be inserted that copies the attributes returned by Google into a Salesforce user object.

The Salesforce registration handler:

As a developer, or in a Salesforce Sandbox, create a new Apex Class and insert the following code:

global class GoogleOpenIDConnect implements mynewextsetup.usrationHandler{ global User createUser(Id portalId, mynewextsetup.usta data){ User u = new User(); Profile p = [SELECT Id FROM profile WHERE name='Standard User']; mynewextsetup.usme = mynewextsetup.us; mynewextsetup.us = mynewextsetup.us; mynewextsetup.usme = mynewextsetup.usme; mynewextsetup.usame = mynewextsetup.usame; mynewextsetup.usneSidKey = 'UTC'; mynewextsetup.ussidkey = mynewextsetup.us; mynewextsetup.usncodingKey = 'ISO'; mynewextsetup.usgelocalekey = mynewextsetup.us; String alias = mynewextsetup.usame + mynewextsetup.usme; if(mynewextsetup.us() > 8) { alias = mynewextsetup.using(0, 8); } mynewextsetup.us = alias; mynewextsetup.useId = mynewextsetup.us; return u; } global void updateUser(Id userId, Id portalId, mynewextsetup.usta data){ User u = new User(id=userId); mynewextsetup.us = mynewextsetup.us; mynewextsetup.usme = mynewextsetup.usme; mynewextsetup.usame = mynewextsetup.usame; update(u); } }

This code uses some defaults for the timezone, locale, email encoding and language that can be modified to affect all newly created users. After successful login the user can change these options for their own profile.


The Salesforce Apex Class

sfdcapex


Once the class is created, push it to Production and return to Auth. Providers and edit the Google provider.

  1. In &#;Registration Handler&#; select the &#;GoogleOpenIDConnect&#; handler
  2. In &#;Execute Registration As&#; pick a service user account that will be used to create all new users logging in via Google. This user must have the &#;Manage Users&#; permission.
  3. Save the configuration
  4. Click &#;Domain Management&#; in the left hand navigation and choose &#;My Domain&#;
  5. Under &#;Login Page Branding&#; click Edit
  6. In the &#;Authentication Service&#; section add the &#;google&#; service, and optionally unselect the &#;Login Page&#; option.

The Salesforce configuration

sfdcedit


The Google configuration

sfdcgoogle


The Salesforce domain configuration

sfdcdomain


The Salesforce URLs

sfdcview


After these changes, when a user visits your domain like mynewextsetup.us they will be redirected to Google to authenticate. If the user does not have a Salesforce account one will be automatically created.

References:

mynewextsetup.us
mynewextsetup.us?id=sso_provider_openid_mynewextsetup.us&#;language=en_US

Comments

Источник: mynewextsetup.us

Openid GoogleIdentityProvider似乎为Keyclope CR1提供了坏消息

openidkeycloak

Openid GoogleIdentityProvider似乎为Keyclope CR1提供了坏消息,openid,google-oauth,keycloak,Openid,Google Oauth,Keycloak,我正在尝试使用最新版本(CR1)设置一个keydape实例,而谷歌作为身份提供者的现成配置似乎不起作用。也就是说,在回调期间,我在服务器日志中观察到以下错误: , ERROR [mynewextsetup.usctOAuth2IdentityProvider] (default task) Failed to make identity provider oauth callback: mynewextsetup.us

我正在尝试使用最新版本(CR1)设置一个keydape实例,而谷歌作为身份提供者的现成配置似乎不起作用。也就是说,在回调期间,我在服务器日志中观察到以下错误: 换句话说,无论是使用默认范围(),还是使用包含Google+范围()。后者是一个提示,这让这看起来像是一种倒退 此外,我还尝试根据前面提到的JIRA票据中传递的信息(使用默认范围)设置一个用户定义的OpenId连接提供程序,效果很好
在配置标准Google支持时,我是否忘记了任何重要参数?或者这是本版本的一次彻底回归?问题在于的配置,需要激活Google+API才能使Google Identity Provider正常工作。这是记录在案的: 为了能够检索谷歌用户的个人资料,你需要 在Google+API上。选择启用和管理API,然后单击 谷歌+API链接 换句话说,保持作用域值不变,启用正确的API
而且一切都按预期运行。当您使用测试版时,您可能希望将此问题发布到KeyClope用户列表中—智能思考!我马上就去。
Источник: mynewextsetup.us

passport-google-openidconnect

Passport strategy for authenticating with Google OpenID Connect.

This module lets you authenticate using Google OpenID Connect in your mynewextsetup.us applications. By plugging into Passport, Google OpenID Connect authentication can be easily and unobtrusively integrated into any application or framework that supports Connect-style middleware, including Express.

Install

Usage for non Google+

Configure Strategy

The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

Authenticate Requests

Use , specifying the strategy, to authenticate requests.

For example, as route middleware in an Express application:

Usage for Google+

Configure Strategy

The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

Authenticate Requests

Use , specifying the strategy, to authenticate requests.

For example, as route middleware in an Express application:

Extended Permissions(more scope)

If you need extended permissions from the user, the permissions can be requested via the option to .

For example, this authorization requests permission to the user's statuses and checkins:

You doesn't need to contain the scope of , added by this module automatically

Usage for non Google+ and only openid

Configure Strategy

The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

Authenticate Requests

Use , specifying the strategy, to authenticate requests.

For example, as route middleware in an Express application:

Revoke AccessToken

For example, as route middleware in an Express application:

Credits

License

The MIT License

Original work Copyright (c) Jared Hanson [mynewextsetup.us](mynewextsetup.us)

Modified work Copyright (c) Kiyofumi Kondoh

Источник: mynewextsetup.us
import jwt import requests import bcrypt import re try: import simplejson as json except ImportError: import json from datetime import datetime, timedelta from functools import wraps from flask import g, request, render_template, jsonify from flask_cors import cross_origin from jwt import DecodeError, ExpiredSignature, InvalidAudience from base64 import urlsafe_b64decode from uuid import uuid4 import smtplib import socket from mynewextsetup.us import MIMEText from mynewextsetup.usart import MIMEMultipart try: from mynewextsetup.us import parse_qsl, urlencode except ImportError: from urlparse import parse_qsl from urllib import urlencode from mynewextsetup.us import app, db from mynewextsetup.us import absolute_url BASIC_AUTH_REALM = "Alerta" LOG = mynewextsetup.us class AuthError(Exception): pass class Forbidden(Exception): pass def verify_api_key(key, method): key_info = mynewextsetup.us_key_valid(key) if not key_info: raise AuthError("API key '%s' is invalid" % key) if method in ['POST', 'PUT', 'DELETE'] and key_info['type'] != 'read-write': raise Forbidden("%s method requires 'read-write' API Key" % method) mynewextsetup.us_key(key) return key_info def create_token(user, name, login, provider=None, customer=None, role='user'): payload = { 'iss': mynewextsetup.us_root, 'sub': user, 'iat': mynewextsetup.us(), 'aud': mynewextsetup.us['OAUTH2_CLIENT_ID'] or mynewextsetup.us_root, 'exp': mynewextsetup.us() + timedelta(days=mynewextsetup.us['TOKEN_EXPIRE_DAYS']), 'name': name, 'login': login, 'provider': provider } if mynewextsetup.us['ADMIN_USERS']: payload['role'] = role if mynewextsetup.us['CUSTOMER_VIEWS']: payload['customer'] = customer if provider == 'basic': payload['email_verified'] = mynewextsetup.us_email_verified(login) token = mynewextsetup.us(payload, key=mynewextsetup.us['SECRET_KEY']) return mynewextsetup.us('unicode_escape') def parse_token(token): return mynewextsetup.us(token, key=mynewextsetup.us['SECRET_KEY'], audience=mynewextsetup.us['OAUTH2_CLIENT_ID'] or mynewextsetup.us_root) def authenticate(message, status_code=): return jsonify(status="error", message=message), status_code def auth_required(f): @wraps(f) def decorated(*args, **kwargs): key = mynewextsetup.us('api-key', None) if key: try: ki = verify_api_key(key, mynewextsetup.us) except AuthError as e: return authenticate(str(e), ) except Forbidden as e: return authenticate(str(e), ) except Exception as e: return authenticate(str(e), ) mynewextsetup.us = ki['user'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = role(ki['user']) return f(*args, **kwargs) auth_header = mynewextsetup.us('Authorization', '') m = mynewextsetup.us('Key (\S+)', auth_header) if m: key = mynewextsetup.us(1) try: ki = verify_api_key(key, mynewextsetup.us) except AuthError as e: return authenticate(str(e), ) except Forbidden as e: return authenticate(str(e), ) except Exception as e: return authenticate(str(e), ) mynewextsetup.us = ki['user'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = role(ki['user']) return f(*args, **kwargs) m = mynewextsetup.us('Bearer (\S+)', auth_header) if m: token = mynewextsetup.us(1) try: payload = parse_token(token) except DecodeError: return authenticate('Token is invalid') except ExpiredSignature: return authenticate('Token has expired') except InvalidAudience: return authenticate('Invalid audience') mynewextsetup.us = payload['login'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = mynewextsetup.us('role', None) return f(*args, **kwargs) if not mynewextsetup.us['AUTH_REQUIRED']: return f(*args, **kwargs) return authenticate('Missing authorization API Key or Bearer Token') return decorated def admin_required(f): @wraps(f) def decorated(*args, **kwargs): if not mynewextsetup.us['AUTH_REQUIRED']: return f(*args, **kwargs) if not mynewextsetup.us['ADMIN_USERS']: return f(*args, **kwargs) if mynewextsetup.us != 'admin': return authenticate('Admin required', ) else: return f(*args, **kwargs) return decorated def role(user): return 'admin' if user in mynewextsetup.us['ADMIN_USERS'] else 'user' class NoCustomerMatch(KeyError): pass def customer_match(user, groups): if role(user) == 'admin': return None else: match = mynewextsetup.us_customer_by_match([user] + groups) if match: return match else: raise NoCustomerMatch @mynewextsetup.us('/auth/login', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def login(): try: email = mynewextsetup.us['email'] domain = mynewextsetup.us('@')[1] password = mynewextsetup.us['password'] except KeyError: return jsonify(status="error", message="Must supply 'email' and 'password'"), , \ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} if mynewextsetup.us['AUTH_REQUIRED'] and not mynewextsetup.us_user_valid(login=email): return jsonify(status="error", message="User or password not valid"), , \ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} elif not mynewextsetup.us_user_valid(login=email): return jsonify(status="error", message="User %s does not exist" % email), , \ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} else: user = mynewextsetup.us_users(query={"login": email}, password=True)[0] if not mynewextsetup.us(mynewextsetup.us('utf-8'), user['password'].encode('utf-8')) == user['password'].encode('utf-8'): return jsonify(status="error", message="User or password not valid"), , \ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} if mynewextsetup.us['EMAIL_VERIFICATION'] and not mynewextsetup.us_email_verified(email): return jsonify(status="error", message="email address %s has not been verified" % email), if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or domain in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="Login for user domain %s not allowed" % domain), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[domain]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user domain %s" % domain), else: customer = None token = create_token(user['id'], user['name'], email, provider='basic', customer=customer, role=role(email)) return jsonify(token=token) @mynewextsetup.us('/auth/signup', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def signup(): if mynewextsetup.us and 'name' in mynewextsetup.us: name = mynewextsetup.us["name"] email = mynewextsetup.us["email"] domain = mynewextsetup.us('@')[1] password = mynewextsetup.us["password"] provider = mynewextsetup.us("provider", "basic") text = mynewextsetup.us("text", "") try: user_id = mynewextsetup.us_user(str(uuid4()), name, email, password, provider, text, email_verified=False) except Exception as e: return jsonify(status="error", message=str(e)), else: return jsonify(status="error", message="Must supply user 'name', 'email' and 'password' as parameters"), if user_id: user = mynewextsetup.us_user(user_id) else: return jsonify(status="error", message="User with email %s already exists" % email), if mynewextsetup.us['EMAIL_VERIFICATION']: send_confirmation(name, email) if not mynewextsetup.us_email_verified(email): return jsonify(status="error", message="email address %s has not been verified" % email), if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or domain in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="Login for user domain %s not allowed" % domain), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[domain]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user domain %s" % domain), else: customer = None token = create_token(user['id'], user['name'], email, provider='basic', customer=customer, role=role(email)) return jsonify(token=token) def send_confirmation(name, email): msg = MIMEMultipart('related') msg['Subject'] = "[Alerta] Please verify your email '%s'" % email msg['From'] = mynewextsetup.us['MAIL_FROM'] msg['To'] = email mynewextsetup.usle = "[Alerta] Please verify your email '%s'" % email confirm_hash = str(uuid4()) mynewextsetup.us_user_hash(email, confirm_hash) text = 'Hello {name}!\n\n' \ 'Please verify your email address is {email} by clicking on the link below:\n\n' \ '{url}\n\n' \ 'You\'re receiving this email because you recently created a new Alerta account.' \ ' If this wasn\'t you, please ignore this email.'.format( name=name, email=email, url=absolute_url('/auth/confirm/' + confirm_hash)) msg_text = MIMEText(text, 'plain', 'utf-8') mynewextsetup.us(msg_text) try: mx = mynewextsetup.us(mynewextsetup.us['SMTP_HOST'], mynewextsetup.us['SMTP_PORT']) if mynewextsetup.us['DEBUG']: mynewextsetup.us_debuglevel(True) mynewextsetup.us() mynewextsetup.usls() mynewextsetup.us(mynewextsetup.us['MAIL_FROM'], mynewextsetup.us['SMTP_PASSWORD']) mynewextsetup.usil(mynewextsetup.us['MAIL_FROM'], [email], mynewextsetup.us_string()) mynewextsetup.us() except (mynewextsetup.us, mynewextsetup.us, mynewextsetup.usor) as e: mynewextsetup.us('Mail server connection error: %s', str(e)) return except mynewextsetup.usception as e: mynewextsetup.us('Failed to send email : %s', str(e)) except Exception as e: mynewextsetup.us('Unhandled exception: %s', str(e)) @mynewextsetup.us('/auth/confirm/<hash>', methods=['GET']) def verify_email(hash): email = mynewextsetup.us_hash_valid(hash) if email: mynewextsetup.uste_user(email) return render_template('auth/verify_mynewextsetup.us', email=email) else: return render_template('auth/verify_mynewextsetup.us') @mynewextsetup.us('/auth/google', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def google(): access_token_url = 'mynewextsetup.us' people_api_url = 'mynewextsetup.us' payload = { 'client_id': mynewextsetup.us['clientId'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'grant_type': 'authorization_code', 'code': mynewextsetup.us['code'], } try: r = mynewextsetup.us(access_token_url, data=payload) except Exception: return jsonify(status="error", message="Failed to call Google API over HTTPS") token = mynewextsetup.us() if 'id_token' not in token: return jsonify(status="error", message=mynewextsetup.us('error', "Invalid token")) id_token = token['id_token'].split('.')[1].encode('ascii', 'ignore') id_token += '=' * (4 - (len(id_token) % 4)) claims = mynewextsetup.us(urlsafe_b64decode(id_token)) if mynewextsetup.us('aud') != mynewextsetup.us['OAUTH2_CLIENT_ID']: return jsonify(status="error", message="Token client audience is invalid"), email = mynewextsetup.us('email') if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or mynewextsetup.us('@')[1] in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="User %s is not authorized" % email), headers = {'Authorization': 'Bearer ' + token['access_token']} r = mynewextsetup.us(people_api_url, headers=headers) profile = mynewextsetup.us() if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[mynewextsetup.us('@')[1]]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % email), else: customer = None try: token = create_token(profile['sub'], profile['name'], email, provider='google', customer=customer, role=role(email)) except KeyError: return jsonify(status="error", message="Google+ API is not enabled for this Client ID") return jsonify(token=token) @mynewextsetup.us('/auth/github', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def github(): access_token_url = 'mynewextsetup.us' users_api_url = 'mynewextsetup.us' user_orgs_url = 'mynewextsetup.us' params = { 'client_id': mynewextsetup.us['clientId'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'code': mynewextsetup.us['code'] } headers = {'Accept': 'application/json'} r = mynewextsetup.us(access_token_url, headers=headers, params=params) access_token = mynewextsetup.us() r = mynewextsetup.us(users_api_url, params=access_token) profile = mynewextsetup.us() r = mynewextsetup.us(user_orgs_url, params=access_token) # list public and private Github orgs organizations = [o['login'] for o in mynewextsetup.us()] login = profile['login'] if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_GITHUB_ORGS'] or set(mynewextsetup.us['ALLOWED_GITHUB_ORGS']).intersection(set(organizations))): return jsonify(status="error", message="User %s is not authorized" % login), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(login, organizations) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % login), else: customer = None token = create_token(profile['id'], mynewextsetup.us('name', None) or '@'+login, login, provider='github', customer=customer, role=role(login)) return jsonify(token=token) @mynewextsetup.us('/auth/gitlab', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def gitlab(): if not mynewextsetup.us['GITLAB_URL']: return jsonify(status="error", message="Must define GITLAB_URL setting in server configuration."), access_token_url = mynewextsetup.us['GITLAB_URL'] + '/oauth/token' gitlab_api_url = mynewextsetup.us['GITLAB_URL'] + '/api/v3' payload = { 'client_id': mynewextsetup.us['clientId'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'grant_type': 'authorization_code', 'code': mynewextsetup.us['code'], } try: r = mynewextsetup.us(access_token_url, data=payload) except Exception: return jsonify(status="error", message="Failed to call Gitlab API over HTTPS") access_token = mynewextsetup.us() r = mynewextsetup.us(gitlab_api_url+'/user', params=access_token) profile = mynewextsetup.us() r = mynewextsetup.us(gitlab_api_url+'/groups', params=access_token) groups = [g['path'] for g in mynewextsetup.us()] login = profile['username'] if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_GITLAB_GROUPS'] or set(mynewextsetup.us['ALLOWED_GITLAB_GROUPS']).intersection(set(groups))): return jsonify(status="error", message="User %s is not authorized" % login), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(login, groups) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % login), else: customer = None token = create_token(profile['id'], mynewextsetup.us('name', None) or '@'+login, login, provider='gitlab', customer=customer, role=role(login)) return jsonify(token=token)
Источник: mynewextsetup.us

 google-api, google-login, joomla, php

I am learning to build a Login via Google button on my Joomla website, and I am following instruction on mynewextsetup.us

A little background:
I am using a third party extension to handle social login. Its facebook login works well, but its google login is outdated, still trying to connect to Google Plus endpoints. Clicking the login button on my page does lead to Google&#;s account choice screen, after I choose an account and grant permission, there is a simple error message on the callback page. The author has stopped updating the extension, so for learning purpose, I&#;ve decided to fix it myself.

What I&#;ve achieved:
Currently I was able to get the access token from Google.

My question: At this point, I don&#;t know what to do. The instruction says , but how do I "make calls to a Google API"? To make a simple login via Google button, which API should I call? And to what endpoint should I make the request? I can&#;t find this information from the instruction page. Above code is making request to mynewextsetup.us?access_token, which is obviously outdated but how should I change this? This should have been provided by the instruction but I couldn&#;t find it. And if I want to access other Google APIs, how do I "make calls" to them? a.k.a where do I find endpoints for each API?

I&#;ve also read mynewextsetup.us, is what I am trying to do considered OIDC? Should I proceed according to this document?

Source: Ask PHP

Источник: mynewextsetup.us

Inicialização Spring + Segurança Spring + Spring OAuth2 + Google

Configurei um pequeno projeto para implementar o Login do OAuth2 com a API do Google+, usando o Spring Boot (), o Spring Security e o Spring Security OAuth2.

Você pode encontrar a fonte em: mynewextsetup.us

Consigo me autenticar com o google e extrair informações do usuário. No entanto, depois que eu sair, não consigo entrar novamente porque recebi uma " solicitação inválida", depois de tentar conectar " mynewextsetup.us " com meu RestTemplate para chamar a API do Google.

Consulte Método de tentativa de autenticação do filtro para obter mais referências.

Aqui está minha classe de configuração de segurança

Aqui está o meu provedor de autenticação:

UserDetailService é uma implementação do núcleo de segurança de primavera que lê o usuário do banco de dados e o converte em um POJO de UserDetails que implementa os UserDetails do núcleo de segurança de primavera.

Aqui está a minha implementação de filtro:

springspring-securitygoogle-apispring-security-oauth2

Источник: mynewextsetup.us

Social Login¶

Fusio provides a developer portal where consumers of your API can register and create their apps. Besides the traditional sign-up via email and password Fusio provides a system to allow 3rd party providers. By default Fusio supports:

But it is also easy possible to add other providers. The provider must support OAuth2 in order to work with Fusio.

Flow¶

The javascript app starts the authentication process by redirecting the user to the provider. I.e. the developer app uses the AngularJS satellizer module to start this process. If the user returns, your app needs to send a POST request to the endpoint providing the following payload:

{"code":"","clientId":"""redirectUri":""}

Then on the server side Fusio will try to obtain an access token using the code and client id. Fusio knows also the client secret of the provider which you need to provide at the file. If this was successful Fusio tries to get some additional information about the user (this step depends always on the remote provider how you get information about the user).

If everything went fine Fusio creates a new “remote” user entry (if the id does not already exists) and returns directly an JWT which can be used in any subsequent API calls:

{"token":""}

Implementation¶

If you want to add a new provider you need to create a class which implements the . Then you need to register this class in your file. To give you an example how such a provider might look please take a look at our Google provider:

<?phpnamespaceFusio\Impl\Provider\User;useFusio\Engine\Model\User;useFusio\Engine\User\ProviderAbstract;useFusio\Impl\Base;usePSX\Http\Client\GetRequest;usePSX\Http\Client\PostRequest;usePSX\Json\Parser;usePSX\Uri\Url;useRuntimeException;/** * Google */classGoogleextendsProviderAbstract{/** * @inheritdoc */publicfunctiongetId(){returnself::PROVIDER_GOOGLE;}/** * @inheritdoc */publicfunctionrequestUser($code,$clientId,$redirectUri){$accessToken=->getAccessToken($code,$clientId,->secret,$redirectUri);if(!empty($accessToken)){$url=newUrl('mynewextsetup.us');$headers=['Authorization'=>'Bearer '.$accessToken,'User-Agent'=>Base::getUserAgent()];$response=->httpClient->request(newGetRequest($url,$headers));if($response->getStatusCode()==){$data=Parser::decode($response->getBody());$id=isset($data->sub)?$data->sub:null;$name=isset($data->name)?$data->name:null;$email=isset($data->email)?$data->email:null;if(!empty($id)&&!empty($name)){$user=newUser();$user->setId($id);$user->setName($name);$user->setEmail($email);return$user;}}}returnnull;}protectedfunctiongetAccessToken($code,$clientId,$clientSecret,$redirectUri){if(empty($clientSecret)){thrownewRuntimeException('No secret provided');}$url=newUrl('mynewextsetup.us');$params=['code'=>$code,'client_id'=>$clientId,'client_secret'=>$clientSecret,'redirect_uri'=>$redirectUri,'grant_type'=>'authorization_code'];$headers=['Accept'=>'application/json','User-Agent'=>Base::getUserAgent()];$response=->httpClient->request(newPostRequest($url,$headers,$params));if($response->getStatusCode()==){$data=Parser::decode($response->getBody());if(isset($data->access_token)){return$data->access_token;}}returnnull;}}

© Copyright , Christoph Kappestein Revision .

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Источник: mynewextsetup.us
import jwt import requests import bcrypt import re try: import simplejson as json except ImportError: import json from datetime import datetime, timedelta from functools import wraps from flask import g, request, render_template, jsonify from flask_cors import cross_origin from jwt import DecodeError, ExpiredSignature, InvalidAudience from base64 import urlsafe_b64decode from uuid import uuid4 import smtplib import socket from mynewextsetup.us import MIMEText from mynewextsetup.usart import MIMEMultipart try: from mynewextsetup.us import parse_qsl, urlencode except ImportError: from urlparse import parse_qsl from urllib import urlencode from mynewextsetup.us import app, db from mynewextsetup.us import absolute_url BASIC_AUTH_REALM = "Alerta" LOG = mynewextsetup.us class AuthError(Exception): pass class Forbidden(Exception): pass def verify_api_key(key, method): key_info https www googleapis com plus v1 people me openidconnect mynewextsetup.us_key_valid(key) if not key_info: raise AuthError("API key '%s' is invalid" % key) if method in ['POST', 'PUT', 'DELETE'] and key_info['type'] != 'read-write': raise Forbidden("%s method requires 'read-write' API Key" % method) mynewextsetup.us_key(key) return key_info def create_token(user, name, login, provider=None, customer=None, role='user'): payload = { 'iss': mynewextsetup.us_root, 'sub': user, 'iat': mynewextsetup.us(), 'aud': mynewextsetup.us['OAUTH2_CLIENT_ID'] or mynewextsetup.us_root, 'exp': mynewextsetup.us() + timedelta(days=mynewextsetup.us['TOKEN_EXPIRE_DAYS']), 'name': name, 'login': login, 'provider': provider } if mynewextsetup.us['ADMIN_USERS']: payload['role'] = role if mynewextsetup.us['CUSTOMER_VIEWS']: payload['customer'] = customer if provider == 'basic': payload['email_verified'] = mynewextsetup.us_email_verified(login) token = mynewextsetup.us(payload, key=mynewextsetup.us['SECRET_KEY']) return mynewextsetup.us('unicode_escape') def parse_token(token): return mynewextsetup.us(token, key=mynewextsetup.us['SECRET_KEY'], audience=mynewextsetup.us['OAUTH2_CLIENT_ID'] or mynewextsetup.us_root) def authenticate(message, status_code=): return jsonify(status="error", message=message), status_code def auth_required(f): @wraps(f) def decorated(*args, **kwargs): key = mynewextsetup.us('api-key', None) if key: try: ki = verify_api_key(key, mynewextsetup.us) except AuthError as e: return authenticate(str(e), ) except Forbidden as e: return authenticate(str(e), ) except Exception as e: return authenticate(str(e), ) mynewextsetup.us = ki['user'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = role(ki['user']) return f(*args, **kwargs) auth_header = mynewextsetup.us('Authorization', '') m = mynewextsetup.us('Key (\S+)', auth_header) if m: key = mynewextsetup.us(1) try: ki = verify_api_key(key, mynewextsetup.us) except AuthError as e: return authenticate(str(e), ) except Forbidden as open offshore bank account hsbc hong kong return discover savings atm, ) except Exception as e: return authenticate(str(e), ) mynewextsetup.us = ki['user'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = role(ki['user']) return f(*args, **kwargs) m = mynewextsetup.us('Bearer (\S+)', auth_header) if m: token = mynewextsetup.us(1) try: payload = parse_token(token) except DecodeError: return authenticate('Token is invalid') except ExpiredSignature: return authenticate('Token has expired') except InvalidAudience: return authenticate('Invalid audience') mynewextsetup.us = payload['login'] mynewextsetup.user = mynewextsetup.us('customer', None) mynewextsetup.us = mynewextsetup.us('role', None) return f(*args, **kwargs) if not mynewextsetup.us['AUTH_REQUIRED']: return f(*args, **kwargs) return authenticate('Missing authorization API Key or Bearer Token') return decorated def admin_required(f): @wraps(f) def decorated(*args, **kwargs): if not mynewextsetup.us['AUTH_REQUIRED']: return f(*args, **kwargs) if not mynewextsetup.us['ADMIN_USERS']: return f(*args, **kwargs) if mynewextsetup.us != 'admin': return authenticate('Admin required', ) else: return f(*args, **kwargs) return decorated def role(user): return 'admin' if user in mynewextsetup.us['ADMIN_USERS'] else 'user' class NoCustomerMatch(KeyError): pass def customer_match(user, groups): if role(user) == 'admin': return None else: match = mynewextsetup.us_customer_by_match([user] + groups) if match: return match else: raise NoCustomerMatch @mynewextsetup.us('/auth/login', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def login(): try: email = mynewextsetup.us['email'] domain = mynewextsetup.us('@')[1] password = mynewextsetup.us['password'] except KeyError: return jsonify(status="error", message="Must supply 'email' and 'password'"),\ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} if mynewextsetup.us['AUTH_REQUIRED'] and not mynewextsetup.us_user_valid(login=email): return jsonify(status="error", message="User or password not valid"),\ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} elif not mynewextsetup.us_user_valid(login=email): return jsonify(status="error", message="User %s does not exist" % email),\ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} else: user = mynewextsetup.us_users(query={"login": email}, password=True)[0] if not mynewextsetup.us(mynewextsetup.us('utf-8'), user['password'].encode('utf-8')) == user['password'].encode('utf-8'): return jsonify(status="error", message="User or password not valid"),\ {'WWW-Authenticate': 'Basic realm="%s"' % BASIC_AUTH_REALM} if mynewextsetup.us['EMAIL_VERIFICATION'] and not mynewextsetup.us_email_verified(email): return jsonify(status="error", message="email address %s has not been verified" % email), if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or domain in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="Login for user domain %s not allowed" % domain), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[domain]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user domain %s" % domain), else: customer = None token = create_token(user['id'], user['name'], email, provider='basic', customer=customer, role=role(email)) return jsonify(token=token) @mynewextsetup.us('/auth/signup', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def signup(): if mynewextsetup.us and 'name' in mynewextsetup.us: name = mynewextsetup.us["name"] email = mynewextsetup.us["email"] domain = mynewextsetup.us('@')[1] password = mynewextsetup.us["password"] provider = mynewextsetup.us("provider", "basic") text = mynewextsetup.us("text", "") try: user_id = mynewextsetup.us_user(str(uuid4()), name, email, password, provider, text, email_verified=False) except Exception as e: return jsonify(status="error", message=str(e)), else: return jsonify(status="error", message="Must supply user 'name', 'email' and 'password' as parameters"), if user_id: user = mynewextsetup.us_user(user_id) else: return jsonify(status="error", message="User with email %s already exists" % email), if mynewextsetup.us['EMAIL_VERIFICATION']: send_confirmation(name, email) if not mynewextsetup.us_email_verified(email): return jsonify(status="error", message="email address %s has not been verified" % email), if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or domain in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="Login for user domain %s not allowed" % domain), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[domain]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user domain %s" % domain), else: customer = None token = create_token(user['id'], user['name'], email, provider='basic', customer=customer, role=role(email)) first bankcard best western login jsonify(token=token) def send_confirmation(name, email): msg = MIMEMultipart('related') msg['Subject'] = "[Alerta] Please verify your email '%s'" % email msg['From'] = mynewextsetup.us['MAIL_FROM'] msg['To'] = email mynewextsetup.usle = "[Alerta] Please verify your email '%s'" % email confirm_hash = str(uuid4()) mynewextsetup.us_user_hash(email, confirm_hash) text = 'Hello {name}!\n\n' \ 'Please verify your email address is {email} by clicking on the link below:\n\n' \ '{url}\n\n' \ 'You\'re receiving this email because you recently created a new Alerta account.' \ ' If this wasn\'t you, please ignore this email.'.format( name=name, email=email, url=absolute_url('/auth/confirm/' + confirm_hash)) msg_text = MIMEText(text, 'plain', 'utf-8') mynewextsetup.us(msg_text) try: mx = mynewextsetup.us(mynewextsetup.us['SMTP_HOST'], mynewextsetup.us['SMTP_PORT']) if mynewextsetup.us['DEBUG']: mynewextsetup.us_debuglevel(True) mynewextsetup.us() mynewextsetup.usls() mynewextsetup.us(mynewextsetup.us['MAIL_FROM'], mynewextsetup.us['SMTP_PASSWORD']) mynewextsetup.usil(mynewextsetup.us['MAIL_FROM'], [email], mynewextsetup.us_string()) mynewextsetup.us() except (mynewextsetup.us, mynewextsetup.us, mynewextsetup.usor) as e: mynewextsetup.us('Mail server connection error: %s', str(e)) return except mynewextsetup.usception as e: mynewextsetup.us('Failed to send email : %s', str(e)) except Exception as e: mynewextsetup.us('Unhandled exception: %s', str(e)) @mynewextsetup.us('/auth/confirm/<hash>', methods=['GET']) def verify_email(hash): email = mynewextsetup.us_hash_valid(hash) if email: mynewextsetup.uste_user(email) return render_template('auth/verify_mynewextsetup.us', email=email) else: return render_template('auth/verify_mynewextsetup.us') @mynewextsetup.us('/auth/google', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def google(): access_token_url = 'mynewextsetup.us' people_api_url = 'mynewextsetup.us' payload = { 'client_id': mynewextsetup.us['clientId'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'grant_type': 'authorization_code', 'code': mynewextsetup.us['code'], } try: r = mynewextsetup.us(access_token_url, data=payload) except Exception: return jsonify(status="error", message="Failed to call Google API over HTTPS") token = mynewextsetup.us() if 'id_token' not in token: return jsonify(status="error", message=mynewextsetup.us('error', "Invalid token")) id_token = token['id_token'].split('.')[1].encode('ascii', 'ignore') id_token += '=' * (4 - (len(id_token) % 4)) claims = mynewextsetup.us(urlsafe_b64decode(id_token)) if mynewextsetup.us('aud') != mynewextsetup.us['OAUTH2_CLIENT_ID']: return jsonify(status="error", message="Token client audience is invalid"), email = mynewextsetup.us('email') if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS'] or mynewextsetup.us('@')[1] in mynewextsetup.us['ALLOWED_EMAIL_DOMAINS']): return jsonify(status="error", message="User %s is not authorized" % email), headers = {'Authorization': 'Bearer ' + token['access_token']} r = mynewextsetup.us(people_api_url, headers=headers) profile = mynewextsetup.us() if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(email, groups=[mynewextsetup.us('@')[1]]) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % email), else: customer = None try: token = create_token(profile['sub'], profile['name'], email, provider='google', customer=customer, role=role(email)) except KeyError: return jsonify(status="error", message="Google+ API is not enabled for this Client ID") return jsonify(token=token) @mynewextsetup.us('/auth/github', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def github(): access_token_url = 'mynewextsetup.us' users_api_url = 'mynewextsetup.us' user_orgs_url = 'mynewextsetup.us' params = { 'client_id': mynewextsetup.us['clientId'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'code': mynewextsetup.us['code'] } headers = {'Accept': 'application/json'} r = mynewextsetup.us(access_token_url, headers=headers, params=params) access_token = mynewextsetup.us() r = mynewextsetup.us(users_api_url, params=access_token) profile = mynewextsetup.us() r = mynewextsetup.us(user_orgs_url, params=access_token) # list public and private Github orgs organizations = [o['login'] for o in mynewextsetup.us()] login = profile['login'] if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_GITHUB_ORGS'] or set(mynewextsetup.us['ALLOWED_GITHUB_ORGS']).intersection(set(organizations))): return jsonify(status="error", message="User %s is not authorized" % login), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(login, organizations) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % login), else: customer = None token = create_token(profile['id'], mynewextsetup.us('name', None) or '@'+login, login, provider='github', customer=customer, role=role(login)) return jsonify(token=token) @mynewextsetup.us('/auth/gitlab', methods=['OPTIONS', 'POST']) @cross_origin(supports_credentials=True) def gitlab(): if not mynewextsetup.us['GITLAB_URL']: return jsonify(status="error", message="Must define GITLAB_URL setting in server configuration."), access_token_url = mynewextsetup.us['GITLAB_URL'] + '/oauth/token' gitlab_api_url = mynewextsetup.us['GITLAB_URL'] + '/api/v3' payload = { 'client_id': mynewextsetup.us['clientId'], 'client_secret': mynewextsetup.us['OAUTH2_CLIENT_SECRET'], 'redirect_uri': mynewextsetup.us['redirectUri'], 'grant_type': 'authorization_code', 'code': mynewextsetup.us['code'], } try: r = mynewextsetup.us(access_token_url, data=payload) except Exception: return jsonify(status="error", message="Failed to call Gitlab API over HTTPS") access_token = mynewextsetup.us() r = mynewextsetup.us(gitlab_api_url+'/user', params=access_token) profile = mynewextsetup.us() r = mynewextsetup.us(gitlab_api_url+'/groups', params=access_token) groups = [g['path'] for g in mynewextsetup.us()] login = profile['username'] if mynewextsetup.us['AUTH_REQUIRED'] and not ('*' in mynewextsetup.us['ALLOWED_GITLAB_GROUPS'] or set(mynewextsetup.us['ALLOWED_GITLAB_GROUPS']).intersection(set(groups))): return jsonify(status="error", message="User %s is not authorized" % login), if mynewextsetup.us['CUSTOMER_VIEWS']: try: customer = customer_match(login, groups) except NoCustomerMatch: return jsonify(status="error", message="No customer lookup defined for user %s" % login), else: customer = None token = create_token(profile['id'], mynewextsetup.us('name', None) or '@'+login, login, provider='gitlab', customer=customer, role=role(login)) return jsonify(token=token)
Источник: mynewextsetup.us

Deprecation of mynewextsetup.us and how properly to migrate

Recently Google plus is pending for shutdown, which also shutdown some Google Plus API including this one which our service is actively using.

That above API was used in one of our legacy login library, which I can't even find the source for it. Hence I am now trying to patch it myself.

Reading the migrate guide from Google, it doens't tell much in terms of how to change the url.

Referencing some open source library like 1, 2. I have come up with the fix of replacing the url withwhich works but lacks documentation, so I am pretty worry that is not intended to be used like the above.

So my question is:

  1. Is my solution: change with an intended migration, if not then how can I migrate out of Google Plus API?
  2. Any documentation on ? The closest I can find is this, which seems more like an brief intro then a documentation.

asked Feb 1 '19 at

Ng Sek LongNg Sek Long

2, gold badge silver badges bronze badges

Источник: mynewextsetup.us

Social Login¶

Fusio provides a developer portal where consumers of your API can register and create their apps. Besides the traditional sign-up via email and password Fusio provides a system to allow 3rd party providers. By default Fusio supports:

But it is also easy possible to add other providers. The provider must support OAuth2 in order to work with Fusio.

Flow¶

The javascript app starts the authentication process by redirecting uib edd user to the provider. I.e. the developer app uses the AngularJS satellizer module to start this process. If the user returns, your app needs to send a POST request to the endpoint providing the following payload:

{"code":"","clientId":"""redirectUri":""}

Then on the server side Fusio will try to obtain an access token using the code and client id. Fusio knows also the client secret of the provider which you need to provide at the file. If this was successful Https www googleapis com plus v1 people me openidconnect tries to get some additional information about the user (this step depends always on the remote provider how you get information about the user).

If everything went fine Fusio creates a new “remote” user entry (if the id does not https www googleapis com plus v1 people me openidconnect exists) and returns directly an JWT which can be used in any subsequent API calls:

{"token":""}

Implementation¶

If you want to add a new provider you need to create a class which implements the. Then you need to register this class in your file. To give you an example how such a provider might look please take a look at our Google provider:

<?phpnamespaceFusio\Impl\Provider\User;useFusio\Engine\Model\User;useFusio\Engine\User\ProviderAbstract;useFusio\Impl\Base;usePSX\Http\Client\GetRequest;usePSX\Http\Client\PostRequest;usePSX\Json\Parser;usePSX\Uri\Url;useRuntimeException;/** * Google */classGoogleextendsProviderAbstract{/** * @inheritdoc */publicfunctiongetId(){returnself::PROVIDER_GOOGLE;}/** * @inheritdoc */publicfunctionrequestUser($code,$clientId,$redirectUri){$accessToken=->getAccessToken($code,$clientId,->secret,$redirectUri);if(!empty($accessToken)){$url=newUrl('mynewextsetup.us');$headers=['Authorization'=>'Bearer '.$accessToken,'User-Agent'=>Base::getUserAgent()];$response=->httpClient->request(newGetRequest($url,$headers));if($response->getStatusCode()==){$data=Parser::decode($response->getBody());$id=isset($data->sub)?$data->sub:null;$name=isset($data->name)?$data->name:null;$email=isset($data->email)?$data->email:null;if(!empty($id)&&!empty($name)){$user=newUser();$user->setId($id);$user->setName($name);$user->setEmail($email);return$user;}}}returnnull;}protectedfunctiongetAccessToken($code,$clientId,$clientSecret,$redirectUri){if(empty($clientSecret)){thrownewRuntimeException('No secret provided');}$url=newUrl('mynewextsetup.us');$params=['code'=>$code,'client_id'=>$clientId,'client_secret'=>$clientSecret,'redirect_uri'=>$redirectUri,'grant_type'=>'authorization_code'];$headers=['Accept'=>'application/json','User-Agent'=>Base::getUserAgent()];$response=->httpClient->request(newPostRequest($url,$headers,$params));if($response->getStatusCode()==){$data=Parser::decode($response->getBody());if(isset($data->access_token)){return$data->access_token;}}returnnull;}}

© CopyrightChristoph Kappestein Revision.

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Источник: mynewextsetup.us

Inicialização Spring + Segurança Spring + Spring OAuth2 + Google

Configurei um pequeno projeto para implementar o Login do OAuth2 com a API do Google+, usando o Spring Boot (), o Spring Security e o Spring Security OAuth2.

Você pode encontrar a fonte em: mynewextsetup.us

Consigo me autenticar com o google e extrair informações do usuário. No entanto, depois que eu sair, não consigo entrar novamente porque recebi uma " solicitação inválida", depois de tentar conectar " mynewextsetup.us " com meu RestTemplate para chamar a API do Google.

Consulte Método de tentativa de https www googleapis com plus v1 people me openidconnect do filtro para obter mais referências.

Aqui está minha classe de configuração de segurança

Aqui está o meu provedor de autenticação:

UserDetailService é uma implementação do núcleo de segurança de primavera que lê o usuário do banco de dados e o converte em um POJO de UserDetails que implementa os UserDetails do núcleo de segurança de primavera.

Aqui está a minha implementação de filtro:

springspring-securitygoogle-apispring-security-oauth2

Источник: mynewextsetup.us

There’s a lot of confusion around what OAuth actually is.

Some people think OAuth is a login flow (like when you sign into an application with Google Login), and some people think of OAuth as a “security thing”, and don’t really know much more than that.

I’m going to show you what OAuth is, explain how it works, and hopefully leave you with a sense of how and where OAuth can benefit your application.

What Is OAuth?

To begin at a high level, OAuth is not an API or a service: it’s an open standard for authorization and anyone can implement it.

More specifically, OAuth is a standard that apps can use to provide client applications with “secure delegated access”. OAuth works over HTTPS and authorizes devices, APIs, servers, and applications with access tokens rather than credentials.

There are two versions of OAuth: OAuth a and OAuth These specifications are completely different from one another, and cannot be used together: there is no backwards compatibility between them.

Which one is more popular? Great question! Nowadays, OAuth is the most widely used form of OAuth. So from now on, whenever I say “OAuth”, I’m talking about OAuth – as it’s most likely what you’ll be using.

Why OAuth?

OAuth was created as a response to the direct authentication pattern. This pattern was made famous by HTTP Basic Authentication, where the user is prompted for a username and password. Basic Authentication is still used as a primitive form of API authentication for server-side applications: instead of sending a username and password to the server with each request, the user sends an API key ID and secret. Before OAuth, sites https www googleapis com plus v1 people me openidconnect prompt you to enter your username and password directly into a form and they would login to your data (e.g. your Gmail account) as you. This is often called the password anti-pattern.

To create a better system for the web, federated identity was created for single sign-on (SSO). In this scenario, an end user talks to their identity provider, and the identity provider generates a cryptographically signed token which it hands off to the application to authenticate the user. The application trusts the identity provider. As long as that trust relationship works with the signed assertion, you’re good to go. The diagram below shows how this works.

Browser Implicit Flow

Federated identity was made famous by SAMLan OASIS Standard released on March 15, It’s a large spec but the main two components are its authentication request protocol (aka Web SSO) and the way it packages identity attributes and signs them, called SAML assertions. Okta does this with its SSO chiclets. We send a message, we sign the assertion, inside the assertion it says who the user is, and that it came from Okta. Slap a digital signature on it and you’re good to go.

SAML

SAML is basically a session cookie in your browser that gives you access to webapps. It’s limited in the kinds of device profiles and scenarios you might want to do outside of a web browser.

When SAML was launched init made sense. However, a lot has changed since then. Now we have modern web and native application development platforms. There are Single Page Applications (SPAs) like Gmail/Google Inbox, Facebook, and Twitter. They have different behaviors than your traditional web application, because they make AJAX (background HTTP calls) to APIs. Mobile phones make API calls too, as do TVs, gaming consoles, and IoT devices. SAML SSO isn’t particularly good at any of this.

OAuth and APIs

A lot has changed with the way we build APIs too. Inpeople were invested in WS-* for building web services. Now, most developers have moved to REST and stateless APIs. REST is, in a nutshell, HTTP commands pushing JSON packets over the network.

Developers build a lot of APIs. The API Economy is a common buzzword you might hear in boardrooms today. Companies need to protect their REST APIs in a way that allows many devices to access them. In the old days, you’d enter your username/password directory and the app would login directly as you. This gave rise to the delegated authorization problem.

“How can I allow an app to access my data without necessarily giving it my password?”

If you’ve ever seen one of the dialogs below, that’s what we’re talking about. This is an application asking if it can access data on your behalf.

Facebook OAuth

This is OAuth.

OAuth is a delegated authorization framework for REST/APIs. It enables apps to obtain limited access (scopes) to a user’s data without giving away a user’s password. It decouples authentication from authorization and supports multiple use cases addressing different device capabilities. It supports server-to-server apps, browser-based apps, mobile/native apps, and consoles/TVs.

You can think of this like hotel key cards, but for apps. If you have a hotel key card, you can get access to your room. How do you get a hotel key card? You have to do an authentication process at the front desk to get it. After authenticating and obtaining the key card, you can access resources across the hotel.

To break it down simply, OAuth is where:

  1. App requests authorization from User
  2. User authorizes App and delivers proof
  3. App presents proof of authorization to server to get a Token
  4. Token is restricted to only access what the User authorized for the specific App

OAuth Central Components

OAuth is built on the following central components:

  • Scopes and Consent
  • Actors
  • Clients
  • Tokens
  • Authorization Server
  • Flows

OAuth Scopes

Scopes are what you see on the authorization screens when an app requests permissions. They’re bundles of permissions asked for by the client when requesting a token. These are coded by the application developer when writing the application.

OAuth Scopes

Scopes decouple authorization policy decisions from enforcement. This is the first key aspect of OAuth. The permissions are front and center. They’re not hidden behind the app layer that you have to reverse engineer. They’re often listed in the API docs: here are the scopes that this app requires.

You have to capture this consent. This is called trusting on first use. It’s a pretty significant user experience change on the web. Most people before OAuth were just used to name and password dialog boxes. Now you have this new screen that comes up and you have to train users to use. Retraining the internet population is difficult. There are all kinds of users from the tech-savvy young folk to grandparents that aren’t familiar with this flow. It’s a new concept on the web that’s now front and center. Now you have to authorize and bring consent.

The consent can vary based on the application. It can be a time-sensitive range (day, weeks, months), but not all platforms allow you to choose the duration. One thing to watch for when you consent is that the app can do stuff on your behalf - e.g. LinkedIn spamming everyone in your network.

OAuth is an internet-scale solution because it’s per application. You often have the ability to log in to a dashboard to see what applications you’ve given access to and to revoke consent.

OAuth Call first state community bank actors in OAuth flows are as call wells fargo customer service please Owner: owns the data in the resource server. For example, I’m the Resource Owner of my Facebook profile.
  • Resource Server: The API which stores data the application wants to access
  • Client: the application that wants to access your data
  • Authorization Server: The main engine of OAuth
  • OAuth Actors

    The resource owner is a role that can change with different credentials. It can be an end user, but it can also be a company.

    Clients can be public and confidential. There is a significant distinction between the two in OAuth nomenclature. Confidential clients can be trusted to store a secret. They’re not running on a desktop or distributed through an app store. People can’t reverse engineer them and get the secret key. They’re running in a protected area where end users can’t access them.

    Public clients are browsers, mobile apps, and IoT devices.

    OAuth Clients

    Client registration is also a key component of OAuth. It’s like the DMV of OAuth. You need to get a license plate for your application. This is how your app’s logo shows up in an authorization dialog.

    OAuth Tokens

    Access tokens are the token the client uses to access the Resource Server (API). They’re meant to be short-lived. Think of them in hours and minutes, not days and month. You don’t need a confidential client to get https www googleapis com plus v1 people me openidconnect access token. You can get access tokens with public clients. They’re designed to optimize for internet scale problems. Because these tokens can be short lived and scale out, they can’t be revoked, you just have to wait for them to time out.

    The other token is the refresh token. This is much longer-lived; days, months, years. This can be used to get new tokens. To get a refresh token, applications typically require confidential clients with authentication.

    Refresh tokens can be revoked. When revoking an application’s access in a dashboard, you’re killing its refresh token. This gives you the ability to force the clients to rotate secrets. What you’re doing is you’re using your refresh token to get new access tokens and the access tokens are going over the wire to hit all the API resources. Each time you refresh your access token you get a new cryptographically signed token. Key rotation is built into the system.

    The OAuth spec doesn’t define what a token is. It can be in whatever format you want. Usually though, you want these tokens to be JSON Web Tokens (a standard). In a nutshell, a JWT (pronounced “jot”) is a secure and trustworthy standard for token authentication. JWTs allow you to digitally sign information (referred to as claims) with a signature and can be verified at a later time with a secret signing key. To learn valley bank login about JWTs, see A Beginner’s Guide to JWTs in Java.

    Tokens are retrieved from endpoints on the authorization server. The two main endpoints are the authorize endpoint and the token endpoint. They’re separated for different use cases. The authorize endpoint is where you go to get consent and authorization from the user. This returns an authorization grant that says the user has consented to it. Then the authorization is passed to the token endpoint. The token endpoint processes the grant and says “great, here’s your refresh token and your access token”.

    Authorization Server

    You can use the access token to get access to APIs. Once it expires, you’ll have to go back to the token endpoint with the refresh token to get a new access token.

    The downside is this causes a lot of https www googleapis com plus v1 people me openidconnect friction. One of the biggest pain points of OAuth for developers is you having to manage the refresh tokens. You push state management onto each client developer. You get the benefits of key rotation, but you’ve just created a lot of pain for developers. That’s why developers love API keys. They can just copy/paste them, slap them in a text file, and be done with them. API keys are very convenient for the developer, but very bad for security.

    There’s a pay to play problem here. Getting developers to do OAuth flows increases security, but there’s more friction. There are opportunities for toolkits and platforms to simplify things and help with token management. Luckily, OAuth is pretty mature these days, and chances are your favorite language or framework has tools available to simplify things.

    We’ve talked a bit about the client types, the token types, and the endpoints of the authorization server and how we can pass that to a resource server. I mentioned two different flows: getting the authorization and getting the tokens. Those don’t have to happen on the same channel. The front channel is what goes over the browser. The browser redirected the user to the authorization server, the user gave consent. This happens on the user’s browser. Once the user takes that authorization grant and hands that to the application, the client application no longer needs to use the browser to complete the OAuth flow to get the tokens.

    The tokens are meant to be consumed by the client application so it can access resources on your behalf. We call that the back channel. The back channel is an HTTP call directly from the client application to the resource server to exchange the authorization grant for tokens. These channels are used for different flows depending on what device capabilities you have.

    Flow Channels

    For example, a Front Channel Flow where you authorize via user agent might look as follows:

    1. Resource Owner starts flow to delegate access to protected resource
    2. Client sends authorization request with desired scopes via browser redirect to the Authorize Endpoint on the Authorization Server
    3. Authorization Server returns a consent dialog saying “do you allow this application to have access to these scopes?” Of course, you’ll need to authenticate to the application, so if you’re not authenticated to your Resource Server, it’ll ask you to login. If you already have a cached session cookie, you’ll just see the consent dialog box. View the consent dialog, and agree.
    4. The authorization grant is passed back to the application via browser redirect. This all happens on the front channel.

    Front Channel Flow

    There’s also a variance in this flow called the implicit flow. We’ll get to that in a minute.

    This is what it looks like on the wire.

    Request GET mynewextsetup.us?scope=mynewextsetup.us mynewextsetup.us &redirect_uri=mynewextsetup.us &response_type=code&client_id= &state=af0ifjsldkj

    This is a GET request with a bunch of query params (not URL-encoded for example purposes). Scopes are from Gmail's API. The redirect_uri is the URL of the client application that the authorization grant should be returned to. This should match the value from the client registration process (at the DMV). You don't want the authorization being bounced back to a foreign application. Response type varies the OAuth flows. Client ID is also from the registration process. State is a security flag, similar to XRSF. To learn more about XRSF, see DZone's "Cross-Site Request Forgery explained".

    Response HTTP/ Found Location: mynewextsetup.us? code=MsCeLvIaQm6bTrgtp7&state=af0ifjsldkj

    The returned is the authorization grant and is to ensure it's not forged and it's from the same request.

    After the Front Channel is done, a Back Channel Flow happens, exchanging the authorization code for an access token.

    The Client application sends an access token request to the token endpoint on the Authorization Server with confidential client credentials and client id. This process exchanges an Authorization Code Grant for an Access Token and (optionally) a Refresh Token. Client accesses a protected resource with Access Token.

    Back Channel Flow

    Below is how this looks in raw HTTP.

    Request POST /oauth2/v3/token HTTP/ Host: mynewextsetup.us Content-Type: application/x-www-form-urlencoded code=MsCeLvIaQm6bTrgtp7&client_id=&client_secret={client_secret}&redirect_uri=mynewextsetup.us&grant_type=authorization_code

    The grant_type is the extensibility part of OAuth. It's an authorization code from a precomputed perspective. It opens up the flexibility to have different ways to describe these grants. This is the most common type of OAuth flow.

    Response { "access_token": "2YotnFZFEjr1zCsicMWpAA", "token_type": "Bearer", "expires_in":"refresh_token": "tGzv3JOkF0XG5Qx2TlKWIA" }

    Https www googleapis com plus v1 people me openidconnect response is JSON. You can be reactive or proactive in using tokens. Proactive is to have a timer in your client. Reactive is to catch an error and attempt to get a new token then.

    Once you have an access token, you can use the access token in an Authentication header (using the as a prefix) to make protected resource requests.

    So now you have a front channel, a back channel, different endpoints, and different clients. You have to mix and match these for different use cases. This up-levels the complexity of OAuth and it can get confusing.

    OAuth Flows

    The very first flow is what we call the Implicit Flow. The reason it’s called the implicit flow is because all the communication is happening through the browser. There is no backend server redeeming the authorization grant for an access token. An SPA is a good example of this flow’s use case. This flow is also called 2 Legged OAuth.

    Implicit flow is optimized for browser-only public clients. An access token is returned directly from the authorization request (front channel valley bank login. It typically does not support refresh tokens. It assumes the Resource Owner and Public Client are on the same device. Since everything happens on the browser, it’s the most vulnerable to security threats.

    The gold standard is the Authorization Code Flow, aka 3 Legged, that uses both the front channel and the back channel. This is what we’ve been talking about the most in this article. The front channel flow is used by the client application to obtain an authorization code grant. The back channel is used by the client application to exchange the authorization code grant for an access token (and optionally a refresh token). It assumes the Resource Owner and Client Application are on separate devices. It’s the most secure flow because you can authenticate the client to redeem the authorization grant, and tokens are never passed through a user-agent. There’s not just Implicit and Authorization Code flows, there are additional flows you can do with OAuth. Again, OAuth is more of a framework.

    For server-to-server scenarios, you might want to use a Client Credential Flow. In this scenario, the client application is a confidential client that’s acting on its own, not on behalf of the user. It’s more of a service account type of scenario. All you need is the client’s credentials to do the whole flow. It’s a back channel only flow to obtain an access token using the client’s credentials. It supports shared secrets or assertions as client credentials signed with either symmetric or asymmetric keys.

    Symmetric-key algorithms are cryptographic algorithms that allow you to decrypt anything, as long as you have the password. This is often found when securing PDFs or .zip files.

    Public key cryptography, or asymmetric cryptography, is any cryptographic system that uses pairs of keys: public keys and private keys. Public keys can be read by anyone, private keys are sacred to the owner. This allows data to be secure without the need to share a password.

    There’s also a legacy mode called Resource Owner Password Flow. This is very similar to the direct authentication with username and password scenario and is not recommended. It’s a legacy grant type for native username/password apps such as desktop applications. In this flow, you send the client application a username and password and it returns an access token from the Authorization Server. It typically does not support refresh tokens and it assumes the Resource Owner and Public Client are on the same device. For when you have an API that only wants to speak OAuth, but you have old-school clients to deal with.

    A more recent addition to OAuth is the Assertion Flow, which is similar to the client credential flow. This was added to open up the idea of federation. This flow allows an Authorization Server to trust authorization grants from third parties such as SAML IdP. The Authorization Server trusts the Identity Provider. The assertion is used to obtain an access token from the token endpoint. This is great for companies that have invested in SAML or SAML-related technologies and https www googleapis com plus v1 people me openidconnect them to integrate with OAuth. Because SAML assertions are short-lived, there are no refresh tokens in this flow and you have to keep retrieving access tokens every time the assertion expires.

    Not in the OAuth spec, is a Device Flow. There’s no web browser, just a controller for something like https www googleapis com plus v1 people me openidconnect TV. A user code is returned from an authorization request that must be redeemed by visiting a URL on a device with a browser to authorize. A back channel flow is used by the client application to poll for authorization approval for an access token and optionally a refresh token. Also popular for CLI clients.

    We’ve covered six different flows using the different actors and token types. They’re necessary because of the capabilities of the clients, how we needed to get consent from the client, who is making consent, and that adds a lot of complexity to OAuth.

    When people ask if you support OAuth, you have to clarify what they’re asking for. Are they asking if you support all six flows, or just the main ones? There’s a lot of granularity available between all the different flows.

    Security and the Enterprise

    There’s a large surface area with OAuth. With Implicit Flow, there’s lots of redirects and lots of room for errors. There’s been a lot of people trying to exploit OAuth between applications and it’s easy to do if you don’t follow recommended Web Security guidelines. For example:

    • Always use CSRF token with the parameter to ensure flow integrity
    • Always whitelist redirect URIs to ensure proper URI validations
    • Bind the same client to authorization grants and token requests with a client ID
    • For confidential clients, make sure the client secrets aren’t leaked. Don’t put a client secret in your app that’s distributed through an App Store!

    The biggest complaint about OAuth in general comes from Security people. It’s regarding the Bearer tokens and that they can be passed just like session cookies. You can pass it around and you’re good to go, it’s not cryptographically bound to the user. Using JWTs helps because they can’t be tampered with. However, in the end, a JWT is just a string of characters so they can easily be copied and used in an header.

    Enterprise OAuth Use Cases

    OAuth decouples your authorization policy decisions from authentication. It enables the right blend of fine and coarse grained authorization. It can replace traditional Web Access Management (WAM) Policies. It’s also great for restricting and revoking permissions when building apps that can access specific APIs. It ensures only managed and/or compliant devices can access specific APIs. It has deep integration with identity deprovisioning workflows to revoke all tokens from a user or device. Finally, it supports federation with an identity provider.

    OAuth is not an Authentication Protocol

    To summarize some of the misconceptions of OAuth it’s not backwards compatible with OAuth It replaces signatures with HTTPS for all communication. When people talk about OAuth today, they’re talking about OAuth

    Because OAuth is an authorization framework and not a protocol, you may have interoperability issues. There are lots of variances in how teams implement OAuth and you might need custom code to integrate with vendors.

    OAuth is not an authentication protocol. It even says so in its documentation.

    OAuth is not an authentication protocol

    We’ve been talking about delegated authorization this whole time. It’s not about authenticating the user, and this is key. OAuth alone says absolutely nothing about the user. You just have a token to get access to a resource.

    There’s a huge number of additions that’ve happened to OAuth in the last several years. These add complexity back on top of OAuth to complete a variety of enterprise scenarios. For example, JWTs can be used as interoperable tokens that can be signed and encrypted.

    Pseudo-Authentication with OAuth

    Login with OAuth was made famous by Facebook Connect and Twitter. In this flow, a client accesses a endpoint with an access token. All it says is that the client has access to the resource with a token. People invented this fake endpoint as a way of getting back a user profile with an access token. It’s a non-standard way to get information about the user. There’s nothing in the standards that say everyone has to implement this endpoint. Access tokens are meant to be opaque. They’re meant for the API, they’re not designed to contain user information.

    What you’re really trying to answer with authentication is who the user is, when did the user authenticate, and how did the user authenticate. You can typically answer these questions with SAML assertions, not with access tokens and authorization grants. That’s why we call this pseudo authentication.

    Enter OpenID Connect

    To solve the pseudo authentication problem, the best parts of OAuthFacebook Connect, and SAML were combined to create OpenID Connect. OpenID Connect (OIDC) extends OAuth with a new signed for the client and a endpoint to fetch user attributes. Unlike SAML, OIDC provides a standard set of scopes and claims for identities. Examples include:,and .

    OIDC was created to be internet scalable by making things completely dynamic. There’s no longer downloading metadata and federation like SAML requires. There’s built-in registration, discovery, and metadata for dynamic federations. You can type in your email address, then it dynamically discovers your OIDC provider, dynamically downloads the metadata, dynamically know what certs it’s going to use, and allows BYOI (Bring Your Own Identity). It supports high assurance levels and key SAML use cases for enterprises.

    OpenID Connect Protocol Suite

    OIDC was made famous by Google and Microsoft, both big early adopters. Okta has made a big investment in OIDC as well.

    All that changes in the initial request is it contains standard scopes (like and ):

    Request GET mynewextsetup.us? scope=openid email& redirect_uri=mynewextsetup.us& response_type=code& client_id=& state=af0ifjsldkj
    Response HTTP/ Found Location: mynewextsetup.us? code=MsCeLvIaQm6bTrgtp7&state=af0ifjsldkj

    The returned is the authorization grant and is to ensure it's not forged and it's from the same request.

    And the authorization grant for tokens response contains an ID token.

    Request POST /oauth2/v3/token HTTP/ Host: mynewextsetup.us Content-Type: application/x-www-form-urlencoded code=MsCeLvIaQm6bTrgtp7&client_id=& client_secret={client_secret}& redirect_uri=mynewextsetup.us& grant_type=authorization_code
    Response { "access_token": "2YotnFZFEjr1zCsicMWpAA", "token_type": "Bearer", "expires_in":"refresh_token": "tGzv3JOkF0XG5Qx2TlKWIA", "id_token": "eyJhbGciOiJSUzI1NiIsImtpZCI6IjFlOWdkazcifQ" }

    You can see this is layered nicely on top of OAuth to give back an ID token as a structured token. An ID token is a JSON Web Token (JWT). A JWT (aka “jot”) is much smaller than a giant XML-based SAML assertion and can be efficiently passed around between different devices. A JWT has three parts: a header, a body, and a signature. The header says what algorithm was used to sign it, the claims are in the body, and its signed in the signature.

    An Open ID Connect flow involves the following steps:

    1. Discover OIDC metadata
    2. Perform OAuth flow to obtain id token and access token
    3. Get JWT signature keys and optionally dynamically register the Client application
    4. Validate JWT ID token locally based on fcbc dream center dates and signature
    5. Get additional user attributes as needed with access token

    OIDC Flow

    OAuth + Okta

    Okta is best known for its single-sign on services that allow you to seamlessly authenticate to the applications you use on a daily basis. But did you know Okta also has an awesome developer platform? Secure single sign-on often uses SAML as the protocol of choice, but Okta also provides several other options, including a Sign-in Widget, Auth SDK (a JavaScript-based library), Social Login, and an Authentication API for any client. If you’re interested in learning about Okta straight from the source, you should attend Oktane17 in late August. There’s a track dedicated to app what is the best pull up bar for home Okta’s OIDC/OAuth API for specific information on how we support OAuth.

    SAML is implemented by Okta with its SSO chiclets. If you’re an Okta customer, like me, you likely interact with most apps using something like mynewextsetup.us When you click on a chiclet, we send a message, we sign the assertion, inside the assertion it says who the user is, and that it came from Okta. Slap on a digital signature on it and you’re good to go.

    If you’d rather watch a video to learn about OAuth, please see the presentation below from Nate Barbettini, Product Manager at Okta.

    OAuth Summary

    OAuth is an authorization framework for delegated access to APIs. It involves clients that request scopes that Resource Owners authorize/give consent to. Authorization grants are exchanged for access tokens and refresh tokens (depending on flow). There are multiple flows to address varying client and authorization scenarios. JWTs can be used for structured tokens between Authorization Servers and Resource Servers.

    OAuth has a very large security surface area. Make sure to use a secure toolkit and validate all inputs!

    OAuth is not an authentication protocol. OpenID Connect extends OAuth for authentication scenarios and is often called “SAML with curly-braces”. If you’re looking to dive even deeper into OAuthI recommend you check out mynewextsetup.us, take Okta’s Auth SDK for a spin, and try out the OAuth flows for yourself.

    If you’d like to learn more about OAuth and OIDC, we suggest the following posts:

    If you’re passionate about OAuth and OIDC like we are, give us a follow on Twitter or check out our new security site where we’re publishing in-depth articles on security topics.

    Источник: mynewextsetup.us

    Google Sign In Https www googleapis com plus v1 people me openidconnect - Deprecated Google+ API

    Hi,
    I’m trying to configure Google Sign In. I configured both, Google Console and my edX instance. I click register, then the “Google” login button and I get to the Google Log In page.
    After a succesful login on Google site, it redirects to my site and I’m getting this error:

    HTTP Client Error: Forbidden for url: mynewextsetup.us?access_token=XXXX

    After a little research, I found that my open-edX release (ironwood) is using:
    social-auth-app-django==
    social-auth-core==

    The code in social-auth-core== is doing social_core/backends/mynewextsetup.us (lines 52 to 61):

    And that API is deprecated (mynewextsetup.us)

    Can I enable the Legacy People API for a new developer project?

    No, the Legacy People API cannot be enabled for new developer projects. Use recommended alternatives such as Google Sign-in or Google People API.

    Newer versions of those dependencies uses different a URL, and if i try the request it works fine.

    Is there any workaround to configure Google Sign In?
    What do you think about increasing the dependecy versions? I’m thinking in upgrading both to latest versions:
    social-auth-app-django==
    social-auth-core==

    Thanks!
    Juan Arias

    3 Likes

    Источник: mynewextsetup.us

    passport-google-openidconnect

    Passport strategy for authenticating with Google OpenID Connect.

    This module lets you authenticate using Google OpenID Connect in your mynewextsetup.us applications. By plugging into Passport, Google OpenID Connect authentication can be easily and unobtrusively integrated into any application or framework that supports Connect-style middleware, including Express.

    Install

    Usage for non Google+

    Configure Strategy

    The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

    Authenticate Requests

    Usespecifying the strategy, to authenticate requests.

    For example, as route middleware in an Express application:

    Usage for Google+

    Configure Strategy

    The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

    Authenticate Requests

    Usespecifying the strategy, to authenticate requests.

    For example, as route middleware in an Express application:

    Extended Permissions(more scope)

    If you need extended permissions from the user, the permissions can be requested via the option to .

    For example, this authorization requests permission to the user's statuses and checkins:

    You doesn't need to contain the scope ofadded by this module automatically

    Usage for non Google+ and only openid

    Configure Strategy

    The Google OpenIDConnect authentication strategy authenticates users using a Google account and OpenIDConnect tokens. The strategy requires a callback, which accepts these credentials and calls providing a user, as well as specifying a client ID, client secret, and callback URL.

    Authenticate Requests

    Usespecifying the strategy, to authenticate requests.

    For example, as route middleware in an Express application:

    Revoke AccessToken

    For example, as route middleware in an Express application:

    Credits

    License

    The MIT License

    Original work Copyright (c) Jared Hanson [mynewextsetup.us](mynewextsetup.us)

    Modified work Copyright (c) Kiyofumi Kondoh

    Источник: mynewextsetup.us

    Https www googleapis com plus v1 people me openidconnect -

     google-api, google-login, joomla, php

    I am learning to build a Login via Google button on my Joomla website, and I am following instruction on mynewextsetup.us

    A little background:
    I am using a third party extension to handle social login. Its facebook login works well, but its google login is outdated, still trying to connect to Google Plus endpoints. Clicking the login button on my page does lead to Google&#;s account choice screen, after I choose an account and grant permission, there is a simple error message on the callback page. The author has stopped updating the extension, so for learning purpose, I&#;ve decided to fix it myself.

    What I&#;ve achieved:
    Currently I was able to get the access token from Google.

    My question: At this point, I don&#;t know what to do. The instruction says , but how do I "make calls to a Google API"? To make a simple login via Google button, which API should I call? And to what endpoint should I make the request? I can&#;t find this information from the instruction page. Above code is making request to mynewextsetup.us?access_token, which is obviously outdated but how should I change this? This should have been provided by the instruction but I couldn&#;t find it. And if I want to access other Google APIs, how do I "make calls" to them? a.k.a where do I find endpoints for each API?

    I&#;ve also read mynewextsetup.us, is what I am trying to do considered OIDC? Should I proceed according to this document?

    Source: Ask PHP

    Источник: mynewextsetup.us

    Inicialização Spring + Segurança Spring + Spring OAuth2 + Google

    Configurei um pequeno projeto para implementar o Login do OAuth2 com a API do Google+, usando o Spring Boot (), o Spring Security e o Spring Security OAuth2.

    Você pode encontrar a fonte em: mynewextsetup.us

    Consigo me autenticar com o google e extrair informações do usuário. No entanto, depois que eu sair, não consigo entrar novamente porque recebi uma " solicitação inválida", depois de tentar conectar " mynewextsetup.us " com meu RestTemplate para chamar a API do Google.

    Consulte Método de tentativa de autenticação do filtro para obter mais referências.

    Aqui está minha classe de configuração de segurança

    Aqui está o meu provedor de autenticação:

    UserDetailService é uma implementação do núcleo de segurança de primavera que lê o usuário do banco de dados e o converte em um POJO de UserDetails que implementa os UserDetails do núcleo de segurança de primavera.

    Aqui está a minha implementação de filtro:

    springspring-securitygoogle-apispring-security-oauth2

    Источник: mynewextsetup.us

    Openid GoogleIdentityProvider似乎为Keyclope CR1提供了坏消息

    openidkeycloak

    Openid GoogleIdentityProvider似乎为Keyclope CR1提供了坏消息,openid,google-oauth,keycloak,Openid,Google Oauth,Keycloak,我正在尝试使用最新版本(CR1)设置一个keydape实例,而谷歌作为身份提供者的现成配置似乎不起作用。也就是说,在回调期间,我在服务器日志中观察到以下错误: , ERROR [mynewextsetup.usctOAuth2IdentityProvider] (default task) Failed to make identity provider oauth callback: mynewextsetup.us

    我正在尝试使用最新版本(CR1)设置一个keydape实例,而谷歌作为身份提供者的现成配置似乎不起作用。也就是说,在回调期间,我在服务器日志中观察到以下错误: 换句话说,无论是使用默认范围(),还是使用包含Google+范围()。后者是一个提示,这让这看起来像是一种倒退 此外,我还尝试根据前面提到的JIRA票据中传递的信息(使用默认范围)设置一个用户定义的OpenId连接提供程序,效果很好
    在配置标准Google支持时,我是否忘记了任何重要参数?或者这是本版本的一次彻底回归?问题在于的配置,需要激活Google+API才能使Google Identity Provider正常工作。这是记录在案的: 为了能够检索谷歌用户的个人资料,你需要 在Google+API上。选择启用和管理API,然后单击 谷歌+API链接 换句话说,保持作用域值不变,启用正确的API
    而且一切都按预期运行。当您使用测试版时,您可能希望将此问题发布到KeyClope用户列表中—智能思考!我马上就去。
    Источник: mynewextsetup.us

    Google Sign In Error - Deprecated Google+ API

    Hi,
    I’m trying to configure Google Sign In. I configured both, Google Console and my edX instance. I click register, then the “Google” login button and I get to the Google Log In page.
    After a succesful login on Google site, it redirects to my site and I’m getting this error:

    HTTP Client Error: Forbidden for url: mynewextsetup.us?access_token=XXXX

    After a little research, I found that my open-edX release (ironwood) is using:
    social-auth-app-django==
    social-auth-core==

    The code in social-auth-core== is doing social_core/backends/mynewextsetup.us (lines 52 to 61):

    And that API is deprecated (mynewextsetup.us)

    Can I enable the Legacy People API for a new developer project?

    No, the Legacy People API cannot be enabled for new developer projects. Use recommended alternatives such as Google Sign-in or Google People API.

    Newer versions of those dependencies uses different a URL, and if i try the request it works fine.

    Is there any workaround to configure Google Sign In?
    What do you think about increasing the dependecy versions? I’m thinking in upgrading both to latest versions:
    social-auth-app-django==
    social-auth-core==

    Thanks!
    Juan Arias

    3 Likes

    Источник: mynewextsetup.us

    Deprecation of mynewextsetup.us and how properly to migrate

    Recently Google plus is pending for shutdown, which also shutdown some Google Plus API including this one which our service is actively using.

    That above API was used in one of our legacy login library, which I can't even find the source for it. Hence I am now trying to patch it myself.

    Reading the migrate guide from Google, it doens't tell much in terms of how to change the url.

    Referencing some open source library like 1, 2. I have come up with the fix of replacing the url with , which works but lacks documentation, so I am pretty worry that is not intended to be used like the above.

    So my question is:

    1. Is my solution: change with an intended migration, if not then how can I migrate out of Google Plus API?
    2. Any documentation on ? The closest I can find is this, which seems more like an brief intro then a documentation.

    asked Feb 1 '19 at

    Ng Sek LongNg Sek Long

    2, gold badge silver badges bronze badges

    Источник: mynewextsetup.us
    https www googleapis com plus v1 people me openidconnect

    Posted in Www

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