fe4a39f0d4
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
400 lines
16 KiB
Markdown
400 lines
16 KiB
Markdown
---
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author: 华钟民
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created_at: 2026-05-23
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purpose: 在 AI 配置管理页面为场景绑定表和接口工作流表各增加行内测试按钮,工作流测试独立走 endpoint 直调链路
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---
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# AI 配置行内测试功能设计
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## 1. 问题背景
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当前 web-admin 后台「AI 配置管理」页面中:
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- **场景绑定 Tab**:只有顶部工具栏的全局「流式测试」按钮,需要手动选择场景
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- **接口工作流 Tab**:没有任何测试功能
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需要在两个表的每行操作列增加「测试」按钮,让用户直接对某一行进行测试。
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## 2. 设计方案
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### 2.1 场景绑定表 — 行内测试
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- 每行操作列增加「测试」按钮
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- 点击后打开现有测试对话框(`testDialog`),自动填入该行的 `sceneCode`
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- 后续流程不变,走 `sceneCode → resolveTarget → adapter` 链路
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### 2.2 接口工作流表 — 行内测试
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工作流测试独立于场景,直接基于 endpoint 调用。
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#### 后端新增
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**`AiRuntimeRequest` DTO 增强**(`AiRuntimeRequest.java`):
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- 新增 `endpointId` 字段
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- `fromPayload()` 中新增提取逻辑:`request.setEndpointId(payload.getString("endpointId"))`
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- `RESERVED_KEYS` 集合中新增 `"endpointId"`,防止扁平 payload 中 `endpointId` 错误泄漏到 inputs
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**`AiRuntimeService` 接口**:
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```java
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// 非流式 endpoint 测试
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AiRuntimeTestResponse testEndpoint(String endpointId, Map<String, Object> inputs);
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// 流式 endpoint 测试(SSE 回调)
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void invokeEndpointStream(String endpointId, Map<String, Object> inputs, Consumer<AiStreamEvent> consumer);
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```
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**`AiRuntimeServiceImpl` 实现**(`testEndpoint` 和 `invokeEndpointStream` 共用以下逻辑):
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1. 根据 `endpointId` 查 endpoint(`getEnabledById`,null 时抛 `AI_ENDPOINT_DISABLED`)
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2. 查 provider(`getEnabledById`,null 时抛 `AI_PROVIDER_DISABLED`)
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3. 构造 `AiRuntimeRequest`,显式设置:
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- `endpointId` = 入参 endpointId
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- `inputs` = 入参 inputs
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- `sceneCode` = null(留空)
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- `userId` = `UserContextHolder.getCurrentUserId()`(回退 `"anonymous"`)
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- `userName` = `UserContextHolder.getCurrentUsername()`
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- `userType` = `UserContextHolder.getCurrentUserType()`
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- `requestId` = `UserContextHolder.getRequestId()`
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4. 调用 `enrichInputs(request)` → userId/userName/userType/requestId 注入到 inputs → `enrichSceneInputs()` 因 sceneCode 为空自动跳过
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5. 根据 `provider.getProviderType()` 查找对应的 `AiProviderAdapter`,调用 `adapter.stream(provider, endpoint, request, consumer)`
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6. 记录 callLog(`sceneCode` 留空,`endpointCode` 填 endpoint 编码,`providerCode` 填 provider 编码)
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7. 复用 `AiStreamEvent` 事件体系和 `AiRuntimeTestResponse` 响应结构
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**`AiRoutingController` 新增接口**:
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```java
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@PostMapping("/endpoint/test")
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public Result<AiRuntimeTestResponse> endpointTest(@RequestBody JSONObject payload) {
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String endpointId = payload.getString("endpointId");
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JSONObject inputs = payload.getJSONObject("inputs");
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Map<String, Object> inputMap = inputs == null ? Map.of() : inputs;
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return Result.success(runtimeService.testEndpoint(endpointId, inputMap));
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}
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@PostMapping("/endpoint/stream")
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public SseEmitter endpointStream(@RequestBody JSONObject payload) {
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String endpointId = payload.getString("endpointId");
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JSONObject inputs = payload.getJSONObject("inputs");
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Map<String, Object> inputMap = inputs == null ? Map.of() : inputs;
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SseEmitter emitter = new SseEmitter(0L);
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CompletableFuture.runAsync(() -> {
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runtimeService.invokeEndpointStream(endpointId, inputMap, event -> sendEvent(emitter, event));
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emitter.complete();
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}).exceptionally(error -> {
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sendEvent(emitter, AiStreamEvent.error("AI_ENDPOINT_TEST_INTERRUPTED", error.getMessage()));
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emitter.completeWithError(error);
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return null;
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});
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return emitter;
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}
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```
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#### 前端新增
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**类型定义**(`web-admin/src/types/aiconfig.ts`):
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```typescript
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export interface AiEndpointRuntimeRequest {
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endpointId: string
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inputs: Record<string, any>
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}
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```
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**API 层**(`web-admin/src/api/aiconfig.ts`):
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先将现有 `streamAiRuntime` 的 SSE fetch 逻辑提取为共享辅助函数 `fetchSseStream`,避免复制粘贴 ~50 行代码:
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```typescript
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// 共享 SSE fetch 辅助函数(从 streamAiRuntime 提取)
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async function fetchSseStream(
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url: string,
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body: Record<string, any>,
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onEvent: (event: AiRuntimeStreamEvent, output: string) => void
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) {
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const token = localStorage.getItem('adminToken')
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const response = await fetch(`${import.meta.env.VITE_APP_BASE_API}${url}`, {
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method: 'POST',
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headers: {
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'Content-Type': 'application/json',
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...(token ? { Authorization: `Bearer ${token}` } : {})
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},
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body: JSON.stringify(body)
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})
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if (!response.ok || !response.body) {
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throw new Error(`流式测试请求失败(${response.status})`)
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}
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const reader = response.body.getReader()
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const decoder = new TextDecoder('utf-8')
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let buffer = ''
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let output = ''
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const consumeText = (text: string) => {
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buffer += text
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const frames = buffer.split(/\r?\n\r?\n/)
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buffer = frames.pop() || ''
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frames.forEach((frame) => {
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const event = parseSseFrame(frame)
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if (!event) return
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if (event.type === 'delta') { output += event.content || '' }
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onEvent(event, output)
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if (event.type === 'error') {
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throw new Error(event.message || event.code || '流式测试失败')
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}
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})
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}
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while (true) {
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const { value, done } = await reader.read()
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if (done) break
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consumeText(decoder.decode(value, { stream: true }))
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}
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consumeText(decoder.decode())
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if (buffer.trim()) consumeText('\n\n')
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return output
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}
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```
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然后 `streamAiRuntime` 和新增的 `streamEndpointRuntime` 都委托给这个辅助函数:
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```typescript
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export async function streamAiRuntime(
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data: AiRuntimeRequest,
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onEvent: (event: AiRuntimeStreamEvent, output: string) => void
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) {
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return fetchSseStream('/ai/runtime/stream', data as any, onEvent)
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}
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export async function streamEndpointRuntime(
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data: AiEndpointRuntimeRequest,
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onEvent: (event: AiRuntimeStreamEvent, output: string) => void
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) {
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return fetchSseStream('/ai/endpoint/stream', data as any, onEvent)
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}
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```
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非流式 endpoint 测试(简单 axios 调用,不涉及 SSE):
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```typescript
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export function testEndpointRuntime(data: AiEndpointRuntimeRequest) {
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return request({ url: '/ai/endpoint/test', method: 'post', data, timeout: 60000 })
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}
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```
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**UI 层**(`AiRoutingList.vue`):
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**场景绑定表改造**:
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- 操作列宽度从 `150` 调整为 `220`
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- 每行操作列增加「测试」按钮:
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```vue
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<el-button link type="success" @click="openSceneRuntimeTest(row)">测试</el-button>
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```
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- 新增函数 `openSceneRuntimeTest(row)`:
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```typescript
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function openSceneRuntimeTest(row: AiSceneBinding) {
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testForm.sceneCode = row.sceneCode
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testResult.value = null
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nonStreamResult.value = null
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testDialog.value = true
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}
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```
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- 现有顶部工具栏的「流式测试」按钮保留不变
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**接口工作流表改造**:
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- 操作列宽度从 `150` 调整为 `220`
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- 每行操作列增加「测试」按钮(endpoint 禁用时按钮也禁用):
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```vue
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<el-button link type="success" :disabled="row.isEnabled !== 1" @click="openEndpointTest(row)">测试</el-button>
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```
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- 新增对话框 `endpointTestDialog`(独立于 `testDialog`),标题「接口工作流测试」
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- 对话框 template 结构:
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```vue
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<el-dialog v-model="endpointTestDialog" title="接口工作流测试" width="760px">
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<div class="endpoint-info">
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<span class="endpoint-label">接口名称:</span>
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<span>{{ endpointTestRow?.endpointName }}({{ endpointTestRow?.endpointCode }})</span>
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</div>
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<el-form label-width="110px" style="margin-top: 16px">
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<el-form-item label="入参 JSON">
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<el-input v-model="endpointInputsJson" type="textarea" :rows="6" placeholder="请输入 JSON 入参" />
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</el-form-item>
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</el-form>
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<el-alert
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v-if="endpointNonStreamResult"
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:type="endpointNonStreamResult.status === 'success' ? 'success' : 'error'"
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:title="endpointNonStreamResult.status === 'success' ? '非流式测试成功' : '非流式测试失败'"
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show-icon
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/>
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<pre v-if="endpointNonStreamResult" class="test-output">{{ endpointNonStreamResult.output || endpointNonStreamResult.errorMessage || '暂无输出' }}</pre>
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<el-alert
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v-if="endpointTestResult"
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:type="endpointTestResult.status === 'success' ? 'success' : 'error'"
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:title="endpointTestResult.status === 'success' ? '流式测试成功' : '流式测试失败'"
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show-icon
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/>
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<pre v-if="endpointTestResult" class="test-output">{{ endpointTestResult.output || endpointTestResult.errorMessage || '暂无输出' }}</pre>
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<template #footer>
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<el-button @click="endpointTestDialog = false">关闭</el-button>
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<el-button :loading="endpointTesting" @click="submitEndpointNonStreamTest">非流式测试</el-button>
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<el-button type="primary" :loading="endpointTesting" @click="submitEndpointStreamTest">流式测试</el-button>
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</template>
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</el-dialog>
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```
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- 新增独立响应式状态变量(与 `testDialog` 的状态互不干扰):
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```typescript
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const endpointTestDialog = ref(false)
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const endpointTesting = ref(false)
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const endpointTestRow = ref<AiEndpointConfig | null>(null) // 当前测试的 endpoint 行
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const endpointTestResult = ref<AiRuntimeTestResponse | null>(null)
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const endpointNonStreamResult = ref<AiRuntimeTestResponse | null>(null)
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const endpointInputsJson = ref('{}')
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```
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- `openEndpointTest(row)` 函数实现:
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```typescript
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function openEndpointTest(row: AiEndpointConfig) {
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// 1. 存储当前行引用
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endpointTestRow.value = row
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// 2. 解析 defaultInputs 填入入参框
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if (row.defaultInputs) {
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try {
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const parsed = JSON.parse(row.defaultInputs)
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// 必须是非数组的普通对象,否则回退到 {}
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if (typeof parsed === 'object' && parsed !== null && !Array.isArray(parsed)) {
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endpointInputsJson.value = JSON.stringify(parsed, null, 2)
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} else {
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endpointInputsJson.value = '{}'
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}
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} catch {
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endpointInputsJson.value = '{}'
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}
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} else {
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endpointInputsJson.value = '{}'
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}
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// 3. 清空之前的测试结果
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endpointTestResult.value = null
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endpointNonStreamResult.value = null
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// 4. 打开对话框
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endpointTestDialog.value = true
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}
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```
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- `submitEndpointNonStreamTest` 函数实现(模式与 `submitNonStreamTest` 一致,但调用 `testEndpointRuntime`):
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```typescript
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async function submitEndpointNonStreamTest() {
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if (!endpointTestRow.value) return
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let inputs: Record<string, any>
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try {
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inputs = JSON.parse(endpointInputsJson.value || '{}')
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} catch {
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ElMessage.error('入参 JSON 格式不正确')
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return
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}
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endpointTesting.value = true
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try {
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const res = await testEndpointRuntime({ endpointId: endpointTestRow.value.id!, inputs })
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endpointNonStreamResult.value = res.data as AiRuntimeTestResponse
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if (endpointNonStreamResult.value.status === 'success') {
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ElMessage.success('非流式测试成功')
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} else {
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ElMessage.error(`测试失败: ${endpointNonStreamResult.value.errorMessage || endpointNonStreamResult.value.errorCode}`)
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}
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await loadAll()
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} catch (error: any) {
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endpointNonStreamResult.value = {
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sceneCode: '',
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status: 'failed',
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errorMessage: error?.message || '非流式测试失败'
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} as AiRuntimeTestResponse
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ElMessage.error(error?.message || '非流式测试失败')
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} finally {
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endpointTesting.value = false
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}
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}
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```
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- `submitEndpointStreamTest` 函数实现(模式与 `submitRuntimeTest` 一致,但调用 `streamEndpointRuntime`):
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```typescript
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async function submitEndpointStreamTest() {
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if (!endpointTestRow.value) return
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let inputs: Record<string, any>
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try {
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inputs = JSON.parse(endpointInputsJson.value || '{}')
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} catch {
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ElMessage.error('入参 JSON 格式不正确')
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return
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}
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endpointTesting.value = true
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endpointTestResult.value = { sceneCode: '', status: 'success', output: '', streamChunks: 0, durationMs: 0 }
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const startedAt = Date.now()
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try {
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await streamEndpointRuntime({ endpointId: endpointTestRow.value.id!, inputs }, (event, output) => {
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if (!endpointTestResult.value) return
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endpointTestResult.value.output = output
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if (event.type === 'delta') {
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endpointTestResult.value.streamChunks = (endpointTestResult.value.streamChunks || 0) + 1
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}
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if (event.type === 'done') {
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endpointTestResult.value.status = 'success'
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}
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if (event.type === 'error') {
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endpointTestResult.value.status = 'failed'
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endpointTestResult.value.errorCode = event.code
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endpointTestResult.value.errorMessage = event.message
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}
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endpointTestResult.value.durationMs = Date.now() - startedAt
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})
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await loadAll()
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} catch (error: any) {
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if (endpointTestResult.value) {
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endpointTestResult.value.status = 'failed'
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endpointTestResult.value.errorMessage = error?.message || '流式测试失败'
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endpointTestResult.value.durationMs = Date.now() - startedAt
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}
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} finally {
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endpointTesting.value = false
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}
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}
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```
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- 需要在 import 中新增引入 `testEndpointRuntime` 和 `streamEndpointRuntime`
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### 2.3 数据流
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```
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场景绑定行内测试:
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用户点击「测试」→ openSceneRuntimeTest(row) → testDialog 打开,sceneCode= row.sceneCode → 输入 params →
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流式: streamAiRuntime({ sceneCode, inputs }) → /ai/runtime/stream → AiRuntimeService.invokeStream()
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非流式: testAiRuntime({ sceneCode, inputs }) → /ai/runtime/test → AiRuntimeService.test()
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接口工作流行内测试:
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用户点击「测试」→ openEndpointTest(row) → endpointTestDialog 打开 → defaultInputs 已填入 →
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流式: streamEndpointRuntime({ endpointId, inputs }) → /ai/endpoint/stream → AiRuntimeService.invokeEndpointStream()
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非流式: testEndpointRuntime({ endpointId, inputs }) → /ai/endpoint/test → AiRuntimeService.testEndpoint()
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```
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**endpoint 测试的 enrichInputs 行为**:
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- `AiRuntimeRequest` 中 `sceneCode` 为空 → `enrichSceneInputs()` 跳过
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- `userId` / `userName` / `userType` / `requestId` 由 `AiRuntimeServiceImpl` 测试方法显式从 `UserContextHolder` 设置到 request 上,再通过 `enrichInputs()` 注入到 inputs
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- Controller 层不调用 `withCurrentUser()`(endpoint 测试走独立的简洁路径)
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- `socialInsightContext` 等场景级注入不执行(因为 `sceneCode` 为空)
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### 2.4 响应字段说明
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`AiRuntimeTestResponse.sceneCode` 在 endpoint 测试中为空,前端在 `endpointTestDialog` 中显示 `endpointName` + `endpointCode` 替代。
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## 3. 文件清单
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| 操作 | 文件 |
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|------|------|
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| 修改 | `backend-single/src/main/java/com/emotion/dto/request/ai/AiRuntimeRequest.java` |
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| 修改 | `backend-single/src/main/java/com/emotion/service/AiRuntimeService.java` |
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| 修改 | `backend-single/src/main/java/com/emotion/service/impl/AiRuntimeServiceImpl.java` |
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| 修改 | `backend-single/src/main/java/com/emotion/controller/AiRoutingController.java` |
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| 修改 | `web-admin/src/types/aiconfig.ts` |
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| 修改 | `web-admin/src/api/aiconfig.ts` |
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| 修改 | `web-admin/src/views/aiconfig/AiRoutingList.vue` |
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## 4. 风险
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- endpoint 测试不经过场景绑定,因此不会有场景相关的输入注入(如 socialInsightContext)。这是预期行为——endpoint 测试关注的是接口本身是否通
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- endpoint 的 `defaultInputs` 可能不完整、格式不合法或为非对象值(如字符串 `"123"`、数字、null)。对话框打开时 `JSON.parse` 后增加类型检查(必须是普通对象且非数组),任何失败均回退到 `{}`
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- 接口工作流表的「测试」按钮在 `isEnabled !== 1` 时禁用,避免无效调用
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- 新增两个后端接口,需确保权限校验和现有 `/ai/runtime/*` 接口一致(走同一个 Admin 鉴权)
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- 操作列宽度从 150 调整到 220,确保三按钮(编辑/删除/测试)不重叠
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