feat: 增加request对body字段的支持
- 实现body字段对json语法，yaml语法的支持的支持 - 新增测试用例login_out.yaml
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CNWei
@@ -1,7 +1,8 @@
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use std::fs::{self, File};
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use std::io::Write;
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use tempfile::tempdir;
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// 替换为你的项目实际名称
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// 确保 Cargo.toml 中有 serde_json
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use serde_json::json;
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use mock_server::config::{MockRule, MockSource};
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use mock_server::loader::MockLoader;
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use mock_server::router::MockRouter;
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@@ -10,18 +11,23 @@ use std::collections::HashMap;
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/// 模块一：验证 Config 反序列化逻辑
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#[test]
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fn test_config_parsing_scenarios() {
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// 场景 A: 验证单接口配置 (Inline 模式)
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// 场景 A: 验证单接口配置 (增加 body 结构化校验)
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let yaml_single = r#"
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id: "auth_v1"
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request: { method: "POST", path: "/api/v1/login" }
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request:
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method: "POST"
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path: "/api/v1/login"
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body: { "user": "admin" }
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response: { status: 200, body: "welcome" }
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"#;
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let source_s: MockSource = serde_yaml::from_str(yaml_single).expect("解析单接口失败");
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let rules = source_s.flatten();
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assert_eq!(rules.len(), 1);
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assert_eq!(rules[0].request.path, "/api/v1/login");
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// 验证 body 是否被成功解析为 Value::Object
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assert!(rules[0].request.body.is_some());
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assert_eq!(rules[0].request.body.as_ref().unwrap()["user"], "admin");
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// 场景 B: 验证多接口配置 (Collection 模式)
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// 场景 B: 验证多接口配置 (原有逻辑不变)
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let yaml_multi = r#"
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- id: "api_1"
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request: { method: "GET", path: "/health" }
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@@ -33,7 +39,7 @@ fn test_config_parsing_scenarios() {
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let source_m: MockSource = serde_yaml::from_str(yaml_multi).expect("解析多接口失败");
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assert_eq!(source_m.flatten().len(), 2);
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// 场景 C: 验证 Smart Body 的 file:// 协议字符串解析
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// 场景 C: 验证 Smart Body 的 file:// 协议字符串解析 (原有逻辑不变)
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let yaml_file = r#"
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id: "export_api"
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request: { method: "GET", path: "/download" }
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@@ -44,48 +50,34 @@ fn test_config_parsing_scenarios() {
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assert!(rule.response.body.starts_with("file://"));
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}
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/// 模块二：验证 Loader 递归扫描与索引构建
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/// 模块二：验证 Loader 递归扫描与索引构建 (不涉及 Matcher 逻辑，基本保持不变)
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#[test]
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fn test_loader_recursive_indexing() {
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let temp_root = tempdir().expect("无法创建临时目录");
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let root_path = temp_root.path();
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// 创建多级目录结构
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let auth_path = root_path.join("v1/auth");
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fs::create_dir_all(&auth_path).unwrap();
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// 1. 在深层目录写入一个单接口文件
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let mut f1 = File::create(auth_path.join("login.yaml")).unwrap();
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writeln!(f1, "id: 'l1'\nrequest: {{ method: 'POST', path: '/api/v1/login' }}\nresponse: {{ status: 200, body: 'ok' }}").unwrap();
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// 2. 在根目录写入一个多接口文件
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let mut f2 = File::create(root_path.join("sys.yaml")).unwrap();
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writeln!(f2, "- id: 's1'\n request: {{ method: 'GET', path: '/health' }}\n response: {{ status: 200, body: 'up' }}").unwrap();
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// 执行加载
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let index = MockLoader::load_all_from_dir(root_path);
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// 验证逻辑：
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// 即使物理路径很深，索引 Key 必须是逻辑路径的首段
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assert!(
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index.contains_key("api"),
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"必须通过 /api/v1/login 提取出 'api' 键"
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);
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assert!(
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index.contains_key("health"),
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"必须通过 /health 提取出 'health' 键"
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);
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// 验证扁平化后的总数
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assert!(index.contains_key("api"));
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assert!(index.contains_key("health"));
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let total: usize = index.values().map(|v| v.len()).sum();
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assert_eq!(total, 2);
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}
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#[test]
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fn test_router_matching_logic() {
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// 1. 准备模拟数据（模拟 Loader 的输出）
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let mut index = HashMap::new();
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// 1. 准备带有 Body 的规则
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let rule_auth = serde_yaml::from_str::<MockSource>(
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r#"
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id: "auth_v1"
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@@ -93,55 +85,76 @@ fn test_router_matching_logic() {
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method: "POST"
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path: "/api/v1/login"
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headers: { "Content-Type": "application/json" }
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body: { "code": 123 }
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response: { status: 200, body: "token_123" }
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"#,
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)
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.unwrap()
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.flatten();
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let rule_user = serde_yaml::from_str::<MockSource>(
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r#"
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id: "get_user"
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request:
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method: "GET"
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path: "/api/user/info"
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query_params: { "id": "100" }
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response: { status: 200, body: "user_info" }
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"#,
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)
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.unwrap()
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.flatten();
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// 构建 HashMap 索引（模仿 Loader 的行为）
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index.insert(
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"api".to_string(),
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vec![rule_auth[0].clone(), rule_user[0].clone()],
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);
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.unwrap()
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.flatten();
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index.insert("api".to_string(), vec![rule_auth[0].clone()]);
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let router = MockRouter::new(index);
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// 2. 测试场景 A：完全匹配
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// 2. 测试场景 A：完全匹配 (包括 Body)
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let mut headers = HashMap::new();
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headers.insert("Content-Type".to_string(), "application/json".to_string());
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let matched = router.match_rule("POST", "/api/v1/login", &HashMap::new(), &headers);
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// 构造请求 Body
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let incoming_body = Some(json!({ "code": 123 }));
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let matched = router.match_rule(
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"POST",
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"/api/v1/login",
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&HashMap::new(),
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&headers,
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&incoming_body // 传入新参数
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);
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assert!(matched.is_some());
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assert_eq!(matched.unwrap().id, "auth_v1");
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// 3. 测试场景 B：路径末尾斜杠归一化 (Trailing Slash)
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let matched_slash = router.match_rule("POST", "/api/v1/login/", &HashMap::new(), &headers);
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assert!(matched_slash.is_some(), "应该忽略路径末尾的斜杠");
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// 3. 测试场景 B：Body 不匹配
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let wrong_body = Some(json!({ "code": 456 }));
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let matched_fail = router.match_rule(
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"POST",
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"/api/v1/login",
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&HashMap::new(),
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&headers,
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&wrong_body
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);
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assert!(matched_fail.is_none(), "Body 不一致时不应匹配成功");
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// 4. 测试场景 C：Query 参数子集匹配
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let mut queries = HashMap::new();
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queries.insert("id".to_string(), "100".to_string());
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queries.insert("extra".to_string(), "unused".to_string()); // 额外的参数不应影响匹配
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// 4. 测试场景 C：智能字符串转换验证 (YAML 是字符串，请求是对象)
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let rule_str_body = serde_yaml::from_str::<MockSource>(
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r#"
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id: "str_match"
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request:
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method: "POST"
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path: "/api/str"
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body: '{"type": "json_in_string"}' # 这里 YAML 解析为 Value::String
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response: { status: 200, body: "ok" }
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"#).unwrap().flatten();
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let matched_query = router.match_rule("GET", "/api/user/info", &queries, &HashMap::new());
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assert!(matched_query.is_some());
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assert_eq!(matched_query.unwrap().id, "get_user");
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let mut index2 = HashMap::new();
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index2.insert("api".to_string(), vec![rule_str_body[0].clone()]);
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let router2 = MockRouter::new(index2);
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// 5. 测试场景 D：匹配失败（Method 错误）
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let fail_method = router.match_rule("GET", "/api/v1/login", &HashMap::new(), &headers);
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assert!(fail_method.is_none());
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}
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let incoming_obj = Some(json!({ "type": "json_in_string" })); // 请求是 JSON 对象
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let matched_str = router2.match_rule(
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"POST",
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"/api/str",
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&HashMap::new(),
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&HashMap::new(),
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&incoming_obj
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);
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assert!(matched_str.is_some(), "应该支持将 YAML 字符串 body 转换为对象进行匹配");
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// 5. 测试场景 D：末尾斜杠兼容性测试
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let matched_slash = router.match_rule(
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"POST",
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"/api/v1/login/",
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&HashMap::new(),
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&headers,
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&incoming_body
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);
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assert!(matched_slash.is_some());
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}
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