define('AUTH_SALT', 'put your unique phrase here'); define('SECURE_AUTH_SALT', 'put your unique phrase here'); 使用 Wordpress 入门 Fig Docker —— 从入门到实践 154 实战 wordpress define('LOGGED_IN_SALT', 'put 'put your unique phrase here'); define('NONCE_SALT', 'put your unique phrase here'); $table_prefix = 'wp_'; define('WPLANG', ''); define('WP_DEBUG', false); if ( !defined('ABSPATH') ) define('ABSPATH' WORDPRESS_NONCE_KEY=... , -e WORDPRESS_AUTH_SALT=... , - e WORDPRESS_SECURE_AUTH_SALT=... , -e WORDPRESS_LOGGED_IN_SALT=... , -e WORDPRESS_NONCE_SALT=... 缺省为随机 sha1 串 4.0 版本 WordPress 基本信息 使用方法

Blowfish, DESede --> PBEWithMD5AndDES <salt>thesaltsalt>

0 码力 | 34 页 | 157.07 KB | 1 年前

3

Blowfish, DESede --> PBEWithMD5AndDES <salt>thesaltsalt>

0 码力 | 39 页 | 177.09 KB | 1 年前

3

tcp://emqx-headless:1883 ClientID = server0 UserName = dashboard Secret = iSurpass2018 Salt = iSurpass PingTimeout = 5 KeepAlive = 60 CleanSession = true DeviceIDPrefixs tcp://emqx-headless:1883 ClientID = beehive0 UserName = dashboard Secret = iSurpass2018 Salt = iSurpass PingTimeout = 5 KeepAlive = 60 CleanSession = true [MongoDB] = 30 [MQTT] Broker = tcp://emqx-headless:1883 Secret = iSurpass2018 Salt = iSurpass PingTimeout = 5 KeepAlive = 60 CleanSession = true [Redis]

种全新的 管理方法，而IaC借助了软件开发中的代码管理经验，通过代码描述基础设施的配 置及变更，再执行代码完成配置和变更。 K8S OS DB F5 路由器 防火墙 .... Ansible Salt Chef Pupet 实际上云原生平台自己也采用了IaC来管理应用， 比如K8S的Yaml，这种方式有利于隔离实现细节。 ITIL 需要具体学习不同软 硬件的知识才能管理 只需要写IaC声明性代码来管 DevOps-CICD 软件制品库 Docker引擎安装包、K8S安 装包、数据库等等 投放剧本(Yaml) 根据剧本拉取软件安装 包通过SSH向主机安装 Ansible有个缺陷，无法安装OS，Salt具备 此能力，但是对主机有侵入性

auth_table WHERE user=${user} AND passwd=MD5(CONCAT(salt, ${password})) will be prepared as SELECT 1 FROM auth_db.auth_table WHERE user=? AND passwd=MD5(CONCAT(salt,?)) with value replacement of user and password authentication.jdbc.query = SELECT 1 FROM auth_table WHERE user=${user} AND␣ ˓→passwd=MD5(CONCAT(salt,${password})) Authentication with In-memory Database Used with auto created in-memory database,

auth_table WHERE user=${user} AND passwd=MD5(CONCAT(salt, ${password})) will be prepared as SELECT 1 FROM auth_db.auth_table WHERE user=? AND passwd=MD5(CONCAT(salt,?)) with value replacement of user and password authentication.jdbc.query = SELECT 1 FROM auth_table WHERE user=${user} AND␣ ˓→passwd=MD5(CONCAT(salt,${password})) Authentication with In-memory Database Used with auto created in-memory database,

auth_table WHERE user=${user} AND passwd=MD5(CONCAT(salt, ${password})) will be prepared as SELECT 1 FROM auth_db.auth_table WHERE user=? AND passwd=MD5(CONCAT(salt,?)) with value replacement of user and password authentication.jdbc.query = SELECT 1 FROM auth_table WHERE user=${user} AND␣ ˓→passwd=MD5(CONCAT(salt,${password})) Authentication with In-memory Database Used with auto created in-memory database,

auth_table WHERE user=${user} AND passwd=MD5(CONCAT(salt, ${password})) will be prepared as SELECT 1 FROM auth_db.auth_table WHERE user=? AND passwd=MD5(CONCAT(salt,?)) with value replacement of user and password authentication.jdbc.query = SELECT 1 FROM auth_table WHERE user=${user} AND␣ ˓→passwd=MD5(CONCAT(salt,${password})) Authentication with In-memory Database Used with auto created in-memory database,

auth_table WHERE user=${user} AND passwd=MD5(CONCAT(salt, ${password})) will be prepared as SELECT 1 FROM auth_db.auth_table WHERE user=? AND passwd=MD5(CONCAT(salt,?)) with value replacement of user and password authentication.jdbc.query = SELECT 1 FROM auth_table WHERE user=${user} AND␣ ˓→passwd=MD5(CONCAT(salt,${password})) Authentication with In-memory Database Used with auto created in-memory database,