Identity Access Management (IAM) / Single-Sign-On (SSO) platform based on OAuth 2.0, OIDC, SAML, and CAS. You need to enable JavaScript to run this app. Casdoor serves both the web UI and the login requests ### OAuth 2.0 Using Access Token to authenticate clients ## Using Casdoor as a CAS Server How to use Casdoor as a CAS server ## SAML 6 items ## WebAuthn Use WebAuthn in Casdoor ## Overview In this Identity Provider (IdP), Casdoor supports four authentication protocols: • OAuth 2.0 • OIDC SAML CAS 1.0, 2.0, 3.0 ### OAuth 2.0 (OIDC) What is OAuth 2.0? OAuth 2 is an authorization framework that

Subjects 自定义 Subject 4.4 V. Integration 整合 5 15. Spring Framework 5.1 16. Guice 5.2 17. CAS 5.3 VI. Tools 工具 6 18. Command Line Hasher 6.1 VII. Index 目录 19. Terminology 术语 7.1 ### 17. CAS shiro-cas 模块是用来保护一个 Jasig CAS 单点登录服务器。它使一个 Shiro-enabled 程序变成 CAS 客户端 # Basic understanding of the CAS protocol CAS 协议的基本理解 1. 如果你想访问一个应用程序由 CAS 保护，并且如果你不验证在这个应用程序中的客户端，你重定向通过 CAS 客户端到 CAS CAS 服务器登录页面。在 CAS 登录 url 定义了应用程序用户希望登录服务参数。 http://application.examples.com/protected/index.jsp → HTTP 302 → https://server.cas.com/login?service=http://application.examples.com/shiro-cas 2. 你填写的登录名和

digital certificates that comply with X.509 standard and are issued by a Certificate Authority (CA). CAs are a common part of internet security protocols, and you’ve probably heard of some of the more popular such they can be used as anchor of trusts for authenticating messages coming from different actors. CAs also have a certificate, which they make widely available. This allows the consumers of identities wishes to interact with the network needs an identity. In this setting, you might say that one or more CAs can be used to define the members of an organization’s from a digital perspective. It’s the CA that

digital certificates that comply with X.509 standard and are issued by a Certificate Authority (CA). CAs are a common part of internet security protocols, and you’ve probably heard of some of the more popular such they can be used as anchor of trusts for authenticating messages coming from different actors. CAs also have a certificate, which they make widely available. This allows the consumers of identities wishes to interact with the network needs an identity. In this setting, you might say that one or more CAs can be used to define the members of an organization's from a digital perspective. It's the

certificates that can be used to identify components as belonging to organization R4. Certificates issued by CAs can also be used to sign transactions to indicate that an organization endorses the transaction result blockchain network – different organizations often use different CAs. We’re going to use four CAs in our network; one for each organization. Indeed, CAs are so important that Hyperledger Fabric provides you with clutter them up, but they are very important. Secondly, we’ll see later how certificates issued by CAs are at the heart of the transaction generation and validation process. Specifically, X.509 certificates

certificates that can be used to identify components as belonging to organization R4. Certificates issued by CAs can also be used to sign transactions to indicate that an organization endorses the transaction result network – dif- ferent organizations often use different CAs. We’re going to use four CAs in our network; one of for each organization. Indeed, CAs are so important that Hyperledger Fabric provides you with clutter them up, but they are very important. Secondly, we’ll see later how certificates issued by CAs are at the heart of the transaction generation and validation process. Specifically, X.509 certificates

utilisé afin d'écrire et d'exécuter des tests de l'interface utilisateur et des tests de cas d'usage métier. ### 1. Objectifs tests selenium Il existe plusieurs types de test bien différent selenium-webdriver : • les tests de l'interface utilisateur unitaires, appelé test unitaire; • les tests de cas d'usage, appelé test de type scénario; • les tests de performance, assez proche des tests de type d'action correspondant à un cas d'usage utilisateur, que ce soit au sein d'une même application ou multi-application (back - front - portail). Le test doit se limiter à un cas d'usage, il faut faire

std::atomic::is_always_lock_free - Load and Store of aligned 8 bytes - CAS (old-expected, new-value) - atomic Compare And Swap - CAS16 (old-128bits-reference, new-128b-value) - The building blocks the u8{45}; uint64_t a_get() { return u8.load(); } void a_set(uint64_t v) { u8.store(v); } void a_cas(uint64_t& old, uint64_t value) { u8.compare_exchange_strong(old, value); }; Compiler explorer C++17 provides atomic<>::is_always_lockfree • padding and alignment - avoid false sharing CAS (Compare and Swap) on consecutive 16 bytes, using 16 bytes integers • Alignment requirements, for

issues the certificates for organizations to authenticate to the network. There can be one or more CAs on the network and organizations can choose to use their own CA. Additionally, client applications digital certificates that comply with X.509 standard and are issued by a Certificate Authority (CA). CAs are a common part of internet security protocols, and you've probably heard of some of the more such they can be used as anchor of trusts for authenticating messages coming from different actors. CAs also have a certificate, which they make widely available. This allows the consumers of identities

certificates that can be used to identify components as belonging to organization R4. Certificates issued by CAs can also be used to sign transactions to indicate that an organization endorses the transaction result blockchain network – different organizations often use different CAs. We’re going to use four CAs in our network; one for each organization. Indeed, CAs are so important that Hyperledger Fabric provides you with clutter them up, but they are very important. Secondly, we’ll see later how certificates issued by CAs are at the heart of the transaction generation and validation process. Specifically, X.509 certificates