Integrate SCUM real ops workflows

This commit is contained in:
npc0-hue
2026-08-10 21:12:53 +08:00
parent 1063330710
commit a770bc6250
88 changed files with 6375 additions and 2719 deletions
+6 -7
View File
@@ -6,12 +6,12 @@ API clients and DTO types live here, not inside page components.
- `users`: user and role APIs.
- `serverPlugins`: plugin marketplace and installed plugin APIs.
- `serverInstances`: create server, lifecycle, config read, config diff/approval, scoped files, logs, and detail APIs.
- `serverInstances`: create server, lifecycle, deployment/member/detail APIs, and SCUM typed projection/workflow APIs.
- `aiProviders`: provider CRUD, test, and model APIs.
- `jobs`: job status and operation APIs.
- `runEndpoints`: run endpoint status, lifecycle capabilities, and capacity APIs.
- `artifacts`: artifact upload/download APIs.
- `logs`: historical query and tail APIs.
- `logs`: internal historical cursor APIs used for maintenance/debug views, not server-detail raw log products.
- `pluginPageBridge`: safe bridge APIs for hosted plugin page.
Every API client must use named request and response types.
@@ -26,8 +26,8 @@ Normal browser login uses the platform's HttpOnly SameSite cookie and `credentia
- `getServerRuntimeBinding` reads `/server-instances/{id}/runtime-binding`; `updateServerRuntimeBinding` patches the selected profile and logical refs for internal/advanced logical transports. Server detail must not expose a manual runtime-binding tab or require these fields before normal start/stop when plugin-declared deployment/lifecycle data is sufficient. Responses contain only profile metadata, logical key names, configured/secret-backed flags, missing keys, and safe reasons. They never contain stored refs or secret values.
- `startServerInstance` and `stopServerInstance` post `ServerLifecycleCommandRequest` with the current config version and receive the lifecycle job response.
- `listServerAdministratorCandidates`, `addServerAdministrator`, and `removeServerAdministrator` call server membership endpoints so server owners can invite or remove active non-platform-admin server administrators.
- `getServerConfig`, `previewServerConfigDiff`, and `approveServerConfigWrite` call platform-mediated config routes. ServerDetailPage must preview the platform diff first, keep the explicit confirmation step, and dispatch writes only through the approval API.
- `dispatchFileOperation` posts `FileOperationDispatchRequest` to `/file-operations/dispatch` using logical file keys and scoped refs rather than raw host paths.
- SCUM projection reads use `listSCUMPlayers`, `listSCUMSquads`, `listSCUMSquadMembers`, `listSCUMVehicles`, `listSCUMFlags`, and `listSCUMPositions`; SCUM writes use `createSCUMOperation`, `approveSCUMOperation`, `createSCUMWorkflow`, and workflow/step list APIs. These APIs expose only projection rows, typed template keys, status, and safe summaries, never SQL text, RCON text, DSNs, host paths, or protected payloads.
- `dispatchFileOperation` posts `FileOperationDispatchRequest` to `/file-operations/dispatch` using logical file keys and scoped refs rather than raw host paths; it is not wired into SCUM server-detail/plugin pages as a raw file workbench.
- `listArtifacts`, `openArtifactDownload`, and `readArtifactContent` use platform artifact routes for available job/server artifacts. Browser reads are chunked through `/artifacts/{id}/content` and must render only safe filenames, checksums, progress, and platform storage behavior.
- `authorizePluginBridge` posts `PluginBridgeAuthorizeRequest` to `/plugin-bridge/authorize` for preflight decisions.
- `executePluginBridge` posts `PluginBridgeExecuteRequest` to `/plugin-bridge/execute` from host-owned bridge dispatch utilities only. Plugin pages receive typed `PluginBridgeExecuteResponse` envelopes and never receive the platform API client, bearer token, raw provider key, run socket, host path, or storage credential.
@@ -52,15 +52,14 @@ Existing platform APIs already cover server lifecycle, jobs, log stream metadata
- `PUT /api/v1/users/current/theme` (`UserThemePreferenceRequest`/`UserThemePreferenceResponse`): implemented per-user theme preferences, including selected palette IDs such as `mecha-black` or `magical-girl`, uploaded background reference or safe persisted data URL metadata, and readable overlay preference.
- `GET /api/v1/metrics/platform` (`PlatformResourceUsageResponse`): implemented platform-level CPU/memory/disk usage and LLM connectivity summary for the overview first screen.
- `GET /api/v1/metrics/server-instances` (`ServerMetricsListResponse`): implemented per-server online state, player count, TPS, latency, CPU/memory/disk for server cards and the server detail header.
- `GET /api/v1/server-instances/{id}/config` (`ServerConfigResponse`): implemented readable configuration content for diff-based editing.
- `POST /api/v1/server-instances/{id}/config/diff` (`ServerConfigDiffPreviewRequest`/`ServerConfigDiffPreviewResponse`) and `POST /api/v1/server-instances/{id}/config/approve` (`ServerConfigWriteApprovalRequest`/`ServerConfigWriteDispatchResponse`): implemented platform-mediated config write review and approval. Manual config edits and AI suggestion applies must not create generic `config.write` jobs through `POST /api/v1/jobs`.
- Server-scoped raw config routes (`GET /api/v1/server-instances/{id}/config`, `POST .../config/diff`, `POST .../config/approve`) are removed from the product API. AI configuration assistance uses `/api/v1/ai/invocations` plus reviewable AI config-diff approval APIs; plugin pages do not receive raw config text.
- `POST /api/v1/file-operations/dispatch` (`FileOperationDispatchRequest`/`FileOperationDispatchResponse`): implemented scoped file operation dispatch using logical keys and refs only.
- `POST /api/v1/ai/config-suggestions` (`LlmConfigSuggestionRequest`/`LlmConfigSuggestionResponse`) and `POST /api/v1/ai/invocations` (`AIInvocationRequest`/`AIInvocationResponse`): platform-mediated AI recommendation or diff scoped to one server. Provider keys stay in `platform/`; responses carry only recommendation text, usage metadata, and reviewable suggestions, never keys or provider secrets.
- Per-server plugin controls are rendered from installed plugin manifests (`bridgeActions`, `lifecycleActions`, `pages`, `declaredPermissions`); a richer declared-control schema remains a future plugin contract. Hosted bridge execution uses `POST /api/v1/plugin-bridge/execute` for server context, scoped file, log, job, artifact reference, and AI action envelopes instead of direct plugin fetches to platform internals.
- Operation/job traceability reuses `GET /api/v1/jobs`, `GET /api/v1/jobs/{id}`, `POST /api/v1/jobs/{id}/cancel`, and `GET /api/v1/audit-events`; the frontend wraps these in one visible operation lifecycle per user intent.
Browser Job contracts explicitly exclude raw or hashed lease tokens, Run session tokens/generations, secret refs, host paths, sockets, and credentials. The safe schema rejects those keys, and existing API client 401/403 behavior remains authoritative for expired sessions and cross-owner access.
- Live log and management-terminal output uses `GET /api/v1/server-instances/{id}/logs/events` as a single `EventSource`/SSE stream with bounded initial history. `POST /api/v1/log-streams/query` remains available for explicit historical cursor reads and reconnect repair, not periodic browser polling.
- Server-scoped raw log routes (`GET /api/v1/server-instances/{id}/logs/live`, `GET .../logs/events`, `POST .../logs/backfill`) and management-terminal/RCON input routes are removed from product clients. Internal log ingest and cursor query remain available to platform services and maintenance/debug flows.
# Client Manager API projection
`PlatformApiClient` exposes list/detail and typed deploy, control, update, retry, revoke-session, and uninstall methods. `schemas/clientManagerLifecycle.ts` validates status/action/job/health fields and rejects forbidden machine or credential fields before rendering. Lifecycle commands carry profile, distribution, expected deployment generation, approval/confirmation, and idempotency only. Artifact bytes remain in the platform-owned artifact transfer client.