Ov Over erview view Casdoor is a UI-first Identity Access Management (IAM) / Single-Sign-On (SSO) platform based on OAuth 2.0, OIDC, SAML, and CAS. Casdoor serves both the web UI and the login requests platform. • Other organizations' users, such as my-company/alice : normal users who can sign up, sign in, sign out, change their own profile, etc. In the Casdoor API, a user is typically identified as Each application can have its own customized sign-up page, sign-in page, and more. The root login page /login (e.g., https://door.casdoor.com/login) is the sign-in page only for Casdoor's built-in application:

10 Sign In & Sign Out Navicat Cloud 10 Navicat On-Prem Server 11 Requirements 11 Offline Installation 13 Online Installation 14 Minor Version Upgrade 14 Initial Setup 16 Sign In & & Sign Out Navicat On-Prem Server 21 Sign In On-Prem Server In Other Navicat Software 22 Chapter 3 - User Interface 23 Overview 23 Navicat Cloud Portal 23 Main Page 23 Navicat On-Prem account 1. Open Navicat Cloud Portal. 2. In the Login page, click Sign Up. 3. Enter the required information and click Sign Up. A verification email will send to your email address. If you don't

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; // = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; // = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

used to avoid replay attacks // 随机数，用来避免重放攻击 int32 nonce = 2; // blockid generate the hash sign of the block used by sha256 // 区块的唯一标识 bytes blockid = 3; // pre_hash is the parent blockid miner id // 矿工ID bytes proposer = 5; // 矿工对区块的签名 // The sign which miner signed: blockid + nonce + timestamp bytes sign = 6; // The pk of the miner // 矿工公钥 bytes pubkey = 7; = 30; // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) XuperSignature xuper_sign = 31; } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引用以及更新，引入了UTXO(Unspent

replay attacks 6 // 随机数，用来避免重放攻击 7 int32 nonce = 2; 8 // blockid generate the hash sign of the block used by sha256 9 // 区块的唯一标识 10 bytes blockid = 3; 11 // pre_hash is the 矿工ID 16 bytes proposer = 5; 17 // 矿工对区块的签名 18 // The sign which miner signed: blockid + nonce + timestamp 19 bytes sign = 6; 20 // The pk of the miner 21 // 矿工公钥 22 bytes pubkey 48 // 统一签名(支持多重签名/环签名等，与 initiator_signs/auth_require_signs不同时使用) 49 XuperSignature xuper_sign = 31; 50 } 3.2.3. UTXO 背景：区块链中比较常见的两种操作，包括普通转账以及合约调用，这两 种操作都涉及到了数据状态的引用以及更新。为了描述普通转账涉及到的 数据状态的引

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