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@ -19,18 +19,21 @@ import java.util.*;
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/**
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* =====================================网关鉴权使用说明=======================================
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* 场景:
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* 微服务部署在内网,确定安全,无需在每个微服务都实现一次权限控制的逻辑,可以在网关层面实现统一鉴权
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* 微服务部署在内网,确定安全,无需在每个微服务都实现鉴权的逻辑,可以在网关层面实现统一鉴权
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* 使用方式:
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* 1、在每个微服务的配置文件中添加参数:security.aspect.enabled: false 关闭系统默认的通过注解方式鉴权,默认开启
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* 2、在每个微服务的配置文件中添加参数:routePrefix: 值为网关中微服务匹配的路由地址,例如: /auth
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* 1、在每个微服务的配置文件中添加参数:security.annotation.enabled: false 关闭系统默认的通过注解方式鉴权,默认开启
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* 2、在每个微服务的配置文件中添加参数:pathPrefix: 值为网关中微服务匹配的路由地址前缀,例如: /auth
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* 3、在网关配置文件中添加参数:security.gateway.enabled: true 启用网关统一鉴权,默认关闭
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*
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* 通过反射扫描所有控制器,缓存所有控制器的映射路径以及对应的权限注解,缓存到redis,方便网关鉴权
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*/
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@ConditionalOnProperty(prefix = "security.gateway", name = "enabled", havingValue = "true")
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@ConditionalOnProperty(prefix = "security.annotation", name = "enabled", havingValue = "false")
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public class PathPermissionMappingConfig {
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@Value("${routePrefix}")
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private String routePrefix;
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/**
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* 微服务在网关配置中predicates中的Path前缀,例如: /system
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*/
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@Value("${pathPrefix}")
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private String pathPrefix;
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@PostConstruct
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public PathPermissionMappingConfig execute() {
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@ -85,7 +88,7 @@ public class PathPermissionMappingConfig {
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private void addPathPermsMap(String perms, Map<String, String> pathPermsMap, Set<RequestMethod> methods, Set<String> patternValues) {
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for (RequestMethod method : methods) {
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for (String patternValue : patternValues) {
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String key = routePrefix + patternValue + "_" + method.name();
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String key = pathPrefix + patternValue + "_" + method.name();
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pathPermsMap.put(key, perms);
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}
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}
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