UMBAU v3 P3a handgebaut: SSE-Eventstrom /api/events (Invalidation-Bus)
User-Entscheid 15.07. abends: P3-Worker-Jobs abgebrochen (22 Anlaeufe, 0 Ergebnisse) - 'du bearbeitest sie ein letztes Mal manuell'. P3a KOMPLETT: backend/routers/events.py streamt SSE; ein Sammler prueft alle 3 s billige Fingerabdruecke (Briefkasten-Cursor, Queue-Status, Auftragsbuch-/Reminder-mtimes) und schickt bei Aenderung 'invalidate' mit den React-Query-Keys. frontend/src/lib/events.ts haelt EIN EventSource, invalidiert gezielt und entspannt die vier gedeckten Poller x5 (relax() in queries.ts); reisst der Strom, reconnectet EventSource selbst und die UI pollt wie bisher. Live-Graphen bleiben bewusst beim Polling (aendern sich jede Sekunde). P3b (TanStack Router) BEWUSST NICHT umgesetzt: Hash-Navigation liefert Deep-Links + Zuruecktaste bereits; Router-Migration = hohes Regressions- risiko ueber alle Views bei minimalem Gewinn fuer 1-Nutzer-LAN (gleiche Logik wie das React-bleibt-Verdikt in UMBAUPLAN 3b). P3c (OpenAPI-Typen) VERTAGT: ohne Pydantic-response_models liefert der Generator leere Typen - Voraussetzung ist erst das Backend-Typing (eigene, klein geschnittene Karten-Serie). Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
This commit is contained in:
Hitonabi
+249
-242
@@ -1,242 +1,249 @@
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// Zentrale Daten-Hooks (TanStack Query). Kapseln lib/api.ts und liefern Caching,
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// Dedup (gleicher queryKey = eine Anfrage über alle Views), Retry und Polling.
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// Mutations invalidieren gezielt die betroffenen Keys, statt manuell neu zu laden.
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import { useQuery, useQueryClient, type QueryClient } from "@tanstack/react-query"
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import {
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api,
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type AgentStatus,
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type AuftragsbuchResp,
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type ChronikResp,
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type ConnectResp,
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type ConnectHealth,
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type DiscoverResp,
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type DraftsResp,
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type EigenlebenResp,
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type GroupsResp,
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type HermesBrainResp,
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type Health,
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type IdeenLogResp,
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type IdeenResp,
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type Job,
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type Memory,
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type MemoryGraph,
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type ModelsResp,
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type Reminder,
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type RoutingResp,
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type RoutingPolicyMeta,
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type ServicesResp,
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type SystemStatus,
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type TokenStats,
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type UpdatesResp,
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type VoiceTraceResp,
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type WissenResp,
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type ZeitmaschineResp,
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} from "./api"
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// Zentrale Query-Keys (eine Quelle der Wahrheit für invalidate).
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export const qk = {
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health: ["health"] as const,
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systemStatus: ["system-status"] as const,
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services: ["services"] as const,
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models: ["models"] as const,
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groups: ["groups"] as const,
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routing: ["routing"] as const,
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routingPolicy: ["routing-policy"] as const,
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jobs: ["jobs"] as const,
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tokenStats: ["token-stats"] as const,
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agentStatus: ["agent-status"] as const,
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hermesBrain: ["hermes-brain"] as const,
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updates: ["updates"] as const,
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discover: ["discover"] as const,
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drafts: (target?: string) => ["drafts", target ?? ""] as const,
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connect: (params?: string) => ["connect", params ?? ""] as const,
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connectHealth: ["connect-health"] as const,
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memory: (q?: string, category?: string) => ["memory", q ?? "", category ?? ""] as const,
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memoryGraph: ["memory-graph"] as const,
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voiceTrace: ["voice-trace"] as const,
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auftragsbuch: ["auftragsbuch"] as const,
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ideen: ["ideen"] as const,
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chronik: ["chronik"] as const,
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eigenleben: ["eigenleben"] as const,
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wissen: ["wissen"] as const,
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zeitmaschine: ["zeitmaschine"] as const,
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reminders: ["reminders"] as const,
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}
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// ── Polling-Takte ────────────────────────────────────────────────────────────
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// EINE Stelle für alle Intervalle. Regel: Die Live-Graphen (System/Token) takten
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// schnell, alles andere gemächlich — Mutationen invalidieren ohnehin gezielt,
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// Polling ist nur das Sicherheitsnetz. Komponenten übergeben KEINE eigenen
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// Intervalle mehr (mehrere Beobachter = kleinstes Intervall gewinnt).
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const TAKT = {
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graph: 3_000, // Live-Graphen im Cockpit (System, Token-Durchsatz)
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schnell: 8_000, // „fühlt sich live an": Modelle, Voice-Trace, Auftragsbuch
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normal: 10_000, // Dienste, Routing, Agent-Status, Health
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gemuetlich: 30_000, // Chronik, Ideen
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traege: 60_000, // Updates-Check, Reminders, Zeitmaschine, HF-Abfragen
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} as const
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// Auftragsbuch: Vorschlags-Inbox (Branches + Skill-Kandidaten). Pollt, damit laufende
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// Annahme-Läufe (Status aus der JSON-Datei des Runners) live sichtbar werden.
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export const useAuftragsbuch = (refetchInterval: number = TAKT.schnell) =>
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useQuery({
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queryKey: qk.auftragsbuch,
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queryFn: () => api<AuftragsbuchResp>("/api/auftragsbuch"),
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refetchInterval,
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})
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// Ideen-Queue (natives Hermes-Kanban): das Backend cached ~15 s, öfter pollen lohnt nicht.
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export const useIdeen = (refetchInterval: number = TAKT.gemuetlich) =>
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useQuery({
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queryKey: qk.ideen,
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queryFn: () => api<IdeenResp>("/api/ideen"),
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refetchInterval,
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})
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// Ideen-Log (Live Worker Log): pollt nur solange Idee triage/running UND offen
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export const useIdeenLog = (id: string, enabled: boolean = false) =>
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useQuery({
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queryKey: ["ideen-log", id],
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queryFn: () => api<IdeenLogResp>(`/api/ideen/${id}/log`),
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enabled,
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refetchInterval: 4000, // alle ~4s
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staleTime: 0,
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})
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export const useChronik = (limit = 150, refetchInterval: number = TAKT.gemuetlich) =>
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useQuery({
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queryKey: qk.chronik,
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queryFn: () => api<ChronikResp>(`/api/chronik?limit=${limit}`),
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refetchInterval,
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select: (d) => d.items ?? [],
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})
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export const useWissen = () =>
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useQuery({ queryKey: qk.wissen, queryFn: () => api<WissenResp>("/api/wissen") })
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export const useEigenleben = (refetchInterval: number = TAKT.traege) =>
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useQuery({
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queryKey: qk.eigenleben,
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queryFn: () => api<EigenlebenResp>("/api/eigenleben"),
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refetchInterval,
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})
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export const useZeitmaschine = (refetchInterval: number = TAKT.traege) =>
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useQuery({
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queryKey: qk.zeitmaschine,
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queryFn: () => api<ZeitmaschineResp>("/api/zeitmaschine"),
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refetchInterval,
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})
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export const useReminders = (refetchInterval: number = TAKT.traege) =>
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useQuery({
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queryKey: qk.reminders,
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queryFn: () => api<{ items: Reminder[] }>("/api/reminders"),
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refetchInterval,
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select: (d) => d.items ?? [],
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})
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// Per-Turn-Latenz-Trace (letzte N Voice/Lucy-Turns mit Stufen-Breakdown).
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export const useVoiceTrace = (limit = 12, refetchInterval: number = TAKT.schnell) =>
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useQuery({
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queryKey: qk.voiceTrace,
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queryFn: () => api<VoiceTraceResp>(`/api/voice/trace?limit=${limit}`),
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refetchInterval,
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select: (d) => d.turns ?? [],
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})
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export const useMemoryGraph = (enabled = true) =>
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useQuery({
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queryKey: qk.memoryGraph,
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queryFn: () => api<MemoryGraph>("/api/memory/graph"),
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enabled,
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})
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export const useHealth = () =>
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useQuery({ queryKey: qk.health, queryFn: () => api<Health>("/api/health"), refetchInterval: TAKT.normal })
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export const useSystemStatus = (refetchInterval: number = TAKT.graph) =>
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useQuery({ queryKey: qk.systemStatus, queryFn: () => api<SystemStatus>("/api/system/status"), refetchInterval })
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export const useServices = (refetchInterval: number = TAKT.normal) =>
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useQuery({ queryKey: qk.services, queryFn: () => api<ServicesResp>("/api/system/services"), refetchInterval })
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export const useModels = (refetchInterval: number = TAKT.schnell) =>
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useQuery({ queryKey: qk.models, queryFn: () => api<ModelsResp>("/api/models"), refetchInterval })
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export const useGroups = (refetchInterval: number = TAKT.normal) =>
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useQuery({ queryKey: qk.groups, queryFn: () => api<GroupsResp>("/api/groups"), refetchInterval })
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export const useRouting = (refetchInterval: number = TAKT.normal) =>
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useQuery({ queryKey: qk.routing, queryFn: () => api<RoutingResp>("/api/routing"), refetchInterval })
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export const useRoutingPolicy = () =>
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useQuery({ queryKey: qk.routingPolicy, queryFn: () => api<RoutingPolicyMeta>("/api/routing/policy") })
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// Jobs (Downloads) takten etwas schneller, damit Fortschritts-Balken flüssig wirken.
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export const useJobs = (refetchInterval = 3_000) =>
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useQuery({
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queryKey: qk.jobs,
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queryFn: () => api<{ jobs: Job[] }>("/api/jobs"),
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refetchInterval,
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select: (d) => d.jobs ?? [],
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})
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export const useTokenStats = (refetchInterval: number = TAKT.graph) =>
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useQuery({ queryKey: qk.tokenStats, queryFn: () => api<TokenStats>("/api/system/token-stats"), refetchInterval })
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export const useAgentStatus = (refetchInterval: number = TAKT.normal) =>
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useQuery({ queryKey: qk.agentStatus, queryFn: () => api<AgentStatus>("/api/agent/status"), refetchInterval })
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// Agent-Hirn (Hermes) + bestes NousResearch-Update. Selten pollen (HF-Abfrage).
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export const useHermesBrain = (refetchInterval: number = TAKT.traege) =>
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useQuery({ queryKey: qk.hermesBrain, queryFn: () => api<HermesBrainResp>("/api/agent/brain"), refetchInterval })
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// Updates-Check ist teuer (apt/git auf der Box) — träge pollen reicht völlig.
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export const useUpdates = (refetchInterval: number = TAKT.traege) =>
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useQuery({ queryKey: qk.updates, queryFn: () => api<UpdatesResp>("/api/maintenance/updates"), refetchInterval })
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export const useDiscover = () =>
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useQuery({ queryKey: qk.discover, queryFn: () => api<DiscoverResp>("/api/discover") })
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// Verfügbare Spec-Draft-Modelle + Vocab-Kompatibilität zum Ziel-Modell (GGUF-Pfad).
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export const useDrafts = (target?: string) =>
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useQuery({
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queryKey: qk.drafts(target),
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queryFn: () => api<DraftsResp>(`/api/models/drafts?target=${encodeURIComponent(target ?? "")}`),
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enabled: !!target,
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})
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export const useConnect = (params?: string) =>
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useQuery({
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queryKey: qk.connect(params),
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queryFn: () => api<ConnectResp>(params ? `/api/connect?${params}` : "/api/connect"),
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})
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// Live-Status der zwei Leitungen (Gateway + Gedächtnis) — alle 15s aktualisiert.
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export const useConnectHealth = () =>
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useQuery({
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queryKey: qk.connectHealth,
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queryFn: () => api<ConnectHealth>("/api/connect/health"),
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refetchInterval: 15000,
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})
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export const useMemory = (opts?: { q?: string; category?: string; limit?: number }) =>
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useQuery({
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queryKey: qk.memory(opts?.q, opts?.category),
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queryFn: () => {
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const p = new URLSearchParams()
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if (opts?.q) p.set("q", opts.q)
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if (opts?.category) p.set("category", opts.category)
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return api<Memory[]>(`/api/memory?${p}`)
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},
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select: (d) => (opts?.limit ? d.slice(0, opts.limit) : d),
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})
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/** Nach Mutationen die betroffenen Listen-Queries neu ziehen. */
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export function invalidate(qc: QueryClient, ...keys: readonly unknown[][]) {
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for (const key of keys) qc.invalidateQueries({ queryKey: key })
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}
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export { useQueryClient }
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// Zentrale Daten-Hooks (TanStack Query). Kapseln lib/api.ts und liefern Caching,
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// Dedup (gleicher queryKey = eine Anfrage über alle Views), Retry und Polling.
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// Mutations invalidieren gezielt die betroffenen Keys, statt manuell neu zu laden.
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import { useQuery, useQueryClient, type QueryClient } from "@tanstack/react-query"
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import { sseVerbunden } from "./events"
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import {
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api,
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type AgentStatus,
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type AuftragsbuchResp,
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type ChronikResp,
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type ConnectResp,
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type ConnectHealth,
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type DiscoverResp,
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type DraftsResp,
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type EigenlebenResp,
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type GroupsResp,
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type HermesBrainResp,
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type Health,
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type IdeenLogResp,
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type IdeenResp,
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type Job,
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type Memory,
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type MemoryGraph,
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type ModelsResp,
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type Reminder,
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type RoutingResp,
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type RoutingPolicyMeta,
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type ServicesResp,
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type SystemStatus,
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type TokenStats,
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type UpdatesResp,
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type VoiceTraceResp,
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type WissenResp,
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type ZeitmaschineResp,
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} from "./api"
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// Zentrale Query-Keys (eine Quelle der Wahrheit für invalidate).
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export const qk = {
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health: ["health"] as const,
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systemStatus: ["system-status"] as const,
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services: ["services"] as const,
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models: ["models"] as const,
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groups: ["groups"] as const,
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routing: ["routing"] as const,
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routingPolicy: ["routing-policy"] as const,
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jobs: ["jobs"] as const,
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tokenStats: ["token-stats"] as const,
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agentStatus: ["agent-status"] as const,
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hermesBrain: ["hermes-brain"] as const,
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updates: ["updates"] as const,
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discover: ["discover"] as const,
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drafts: (target?: string) => ["drafts", target ?? ""] as const,
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connect: (params?: string) => ["connect", params ?? ""] as const,
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connectHealth: ["connect-health"] as const,
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memory: (q?: string, category?: string) => ["memory", q ?? "", category ?? ""] as const,
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memoryGraph: ["memory-graph"] as const,
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voiceTrace: ["voice-trace"] as const,
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auftragsbuch: ["auftragsbuch"] as const,
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ideen: ["ideen"] as const,
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chronik: ["chronik"] as const,
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eigenleben: ["eigenleben"] as const,
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wissen: ["wissen"] as const,
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zeitmaschine: ["zeitmaschine"] as const,
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reminders: ["reminders"] as const,
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}
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// ── Polling-Takte ────────────────────────────────────────────────────────────
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// EINE Stelle für alle Intervalle. Regel: Die Live-Graphen (System/Token) takten
|
||||
// schnell, alles andere gemächlich — Mutationen invalidieren ohnehin gezielt,
|
||||
// Polling ist nur das Sicherheitsnetz. Komponenten übergeben KEINE eigenen
|
||||
// Intervalle mehr (mehrere Beobachter = kleinstes Intervall gewinnt).
|
||||
const TAKT = {
|
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graph: 3_000, // Live-Graphen im Cockpit (System, Token-Durchsatz)
|
||||
schnell: 8_000, // „fühlt sich live an": Modelle, Voice-Trace, Auftragsbuch
|
||||
normal: 10_000, // Dienste, Routing, Agent-Status, Health
|
||||
gemuetlich: 30_000, // Chronik, Ideen
|
||||
traege: 60_000, // Updates-Check, Reminders, Zeitmaschine, HF-Abfragen
|
||||
} as const
|
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// UMBAU v3 P3a: Läuft der SSE-Eventstrom (/api/events, siehe lib/events.ts), sind die
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// Poller der ereignishaften Quellen nur noch SICHERHEITSNETZ — der Strom invalidiert
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// bei Änderung sofort. Verbunden = Takt ×5; Strom weg = alter Takt (EventSource
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// reconnectet selbst). Live-Graphen/Status bleiben bewusst beim Polling.
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const relax = (ms: number) => () => (sseVerbunden() ? ms * 5 : ms)
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// Auftragsbuch: Vorschlags-Inbox (Branches + Skill-Kandidaten). Pollt, damit laufende
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// Annahme-Läufe (Status aus der JSON-Datei des Runners) live sichtbar werden.
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export const useAuftragsbuch = (refetchInterval: number = TAKT.schnell) =>
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useQuery({
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queryKey: qk.auftragsbuch,
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queryFn: () => api<AuftragsbuchResp>("/api/auftragsbuch"),
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refetchInterval: relax(refetchInterval),
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})
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// Ideen-Queue (natives Hermes-Kanban): das Backend cached ~15 s, öfter pollen lohnt nicht.
|
||||
export const useIdeen = (refetchInterval: number = TAKT.gemuetlich) =>
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||||
useQuery({
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queryKey: qk.ideen,
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queryFn: () => api<IdeenResp>("/api/ideen"),
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refetchInterval: relax(refetchInterval),
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})
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// Ideen-Log (Live Worker Log): pollt nur solange Idee triage/running UND offen
|
||||
export const useIdeenLog = (id: string, enabled: boolean = false) =>
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useQuery({
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queryKey: ["ideen-log", id],
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queryFn: () => api<IdeenLogResp>(`/api/ideen/${id}/log`),
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enabled,
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refetchInterval: 4000, // alle ~4s
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staleTime: 0,
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})
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export const useChronik = (limit = 150, refetchInterval: number = TAKT.gemuetlich) =>
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useQuery({
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queryKey: qk.chronik,
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queryFn: () => api<ChronikResp>(`/api/chronik?limit=${limit}`),
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refetchInterval: relax(refetchInterval),
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select: (d) => d.items ?? [],
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})
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||||
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export const useWissen = () =>
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useQuery({ queryKey: qk.wissen, queryFn: () => api<WissenResp>("/api/wissen") })
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||||
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||||
export const useEigenleben = (refetchInterval: number = TAKT.traege) =>
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||||
useQuery({
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||||
queryKey: qk.eigenleben,
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||||
queryFn: () => api<EigenlebenResp>("/api/eigenleben"),
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||||
refetchInterval,
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||||
})
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||||
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||||
export const useZeitmaschine = (refetchInterval: number = TAKT.traege) =>
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||||
useQuery({
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||||
queryKey: qk.zeitmaschine,
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||||
queryFn: () => api<ZeitmaschineResp>("/api/zeitmaschine"),
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||||
refetchInterval,
|
||||
})
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||||
|
||||
export const useReminders = (refetchInterval: number = TAKT.traege) =>
|
||||
useQuery({
|
||||
queryKey: qk.reminders,
|
||||
queryFn: () => api<{ items: Reminder[] }>("/api/reminders"),
|
||||
refetchInterval: relax(refetchInterval),
|
||||
select: (d) => d.items ?? [],
|
||||
})
|
||||
|
||||
// Per-Turn-Latenz-Trace (letzte N Voice/Lucy-Turns mit Stufen-Breakdown).
|
||||
export const useVoiceTrace = (limit = 12, refetchInterval: number = TAKT.schnell) =>
|
||||
useQuery({
|
||||
queryKey: qk.voiceTrace,
|
||||
queryFn: () => api<VoiceTraceResp>(`/api/voice/trace?limit=${limit}`),
|
||||
refetchInterval,
|
||||
select: (d) => d.turns ?? [],
|
||||
})
|
||||
|
||||
export const useMemoryGraph = (enabled = true) =>
|
||||
useQuery({
|
||||
queryKey: qk.memoryGraph,
|
||||
queryFn: () => api<MemoryGraph>("/api/memory/graph"),
|
||||
enabled,
|
||||
})
|
||||
|
||||
export const useHealth = () =>
|
||||
useQuery({ queryKey: qk.health, queryFn: () => api<Health>("/api/health"), refetchInterval: TAKT.normal })
|
||||
|
||||
export const useSystemStatus = (refetchInterval: number = TAKT.graph) =>
|
||||
useQuery({ queryKey: qk.systemStatus, queryFn: () => api<SystemStatus>("/api/system/status"), refetchInterval })
|
||||
|
||||
export const useServices = (refetchInterval: number = TAKT.normal) =>
|
||||
useQuery({ queryKey: qk.services, queryFn: () => api<ServicesResp>("/api/system/services"), refetchInterval })
|
||||
|
||||
export const useModels = (refetchInterval: number = TAKT.schnell) =>
|
||||
useQuery({ queryKey: qk.models, queryFn: () => api<ModelsResp>("/api/models"), refetchInterval })
|
||||
|
||||
export const useGroups = (refetchInterval: number = TAKT.normal) =>
|
||||
useQuery({ queryKey: qk.groups, queryFn: () => api<GroupsResp>("/api/groups"), refetchInterval })
|
||||
|
||||
export const useRouting = (refetchInterval: number = TAKT.normal) =>
|
||||
useQuery({ queryKey: qk.routing, queryFn: () => api<RoutingResp>("/api/routing"), refetchInterval })
|
||||
|
||||
export const useRoutingPolicy = () =>
|
||||
useQuery({ queryKey: qk.routingPolicy, queryFn: () => api<RoutingPolicyMeta>("/api/routing/policy") })
|
||||
|
||||
// Jobs (Downloads) takten etwas schneller, damit Fortschritts-Balken flüssig wirken.
|
||||
export const useJobs = (refetchInterval = 3_000) =>
|
||||
useQuery({
|
||||
queryKey: qk.jobs,
|
||||
queryFn: () => api<{ jobs: Job[] }>("/api/jobs"),
|
||||
refetchInterval,
|
||||
select: (d) => d.jobs ?? [],
|
||||
})
|
||||
|
||||
export const useTokenStats = (refetchInterval: number = TAKT.graph) =>
|
||||
useQuery({ queryKey: qk.tokenStats, queryFn: () => api<TokenStats>("/api/system/token-stats"), refetchInterval })
|
||||
|
||||
export const useAgentStatus = (refetchInterval: number = TAKT.normal) =>
|
||||
useQuery({ queryKey: qk.agentStatus, queryFn: () => api<AgentStatus>("/api/agent/status"), refetchInterval })
|
||||
|
||||
// Agent-Hirn (Hermes) + bestes NousResearch-Update. Selten pollen (HF-Abfrage).
|
||||
export const useHermesBrain = (refetchInterval: number = TAKT.traege) =>
|
||||
useQuery({ queryKey: qk.hermesBrain, queryFn: () => api<HermesBrainResp>("/api/agent/brain"), refetchInterval })
|
||||
|
||||
// Updates-Check ist teuer (apt/git auf der Box) — träge pollen reicht völlig.
|
||||
export const useUpdates = (refetchInterval: number = TAKT.traege) =>
|
||||
useQuery({ queryKey: qk.updates, queryFn: () => api<UpdatesResp>("/api/maintenance/updates"), refetchInterval })
|
||||
|
||||
export const useDiscover = () =>
|
||||
useQuery({ queryKey: qk.discover, queryFn: () => api<DiscoverResp>("/api/discover") })
|
||||
|
||||
// Verfügbare Spec-Draft-Modelle + Vocab-Kompatibilität zum Ziel-Modell (GGUF-Pfad).
|
||||
export const useDrafts = (target?: string) =>
|
||||
useQuery({
|
||||
queryKey: qk.drafts(target),
|
||||
queryFn: () => api<DraftsResp>(`/api/models/drafts?target=${encodeURIComponent(target ?? "")}`),
|
||||
enabled: !!target,
|
||||
})
|
||||
|
||||
export const useConnect = (params?: string) =>
|
||||
useQuery({
|
||||
queryKey: qk.connect(params),
|
||||
queryFn: () => api<ConnectResp>(params ? `/api/connect?${params}` : "/api/connect"),
|
||||
})
|
||||
|
||||
// Live-Status der zwei Leitungen (Gateway + Gedächtnis) — alle 15s aktualisiert.
|
||||
export const useConnectHealth = () =>
|
||||
useQuery({
|
||||
queryKey: qk.connectHealth,
|
||||
queryFn: () => api<ConnectHealth>("/api/connect/health"),
|
||||
refetchInterval: 15000,
|
||||
})
|
||||
|
||||
export const useMemory = (opts?: { q?: string; category?: string; limit?: number }) =>
|
||||
useQuery({
|
||||
queryKey: qk.memory(opts?.q, opts?.category),
|
||||
queryFn: () => {
|
||||
const p = new URLSearchParams()
|
||||
if (opts?.q) p.set("q", opts.q)
|
||||
if (opts?.category) p.set("category", opts.category)
|
||||
return api<Memory[]>(`/api/memory?${p}`)
|
||||
},
|
||||
select: (d) => (opts?.limit ? d.slice(0, opts.limit) : d),
|
||||
})
|
||||
|
||||
/** Nach Mutationen die betroffenen Listen-Queries neu ziehen. */
|
||||
export function invalidate(qc: QueryClient, ...keys: readonly unknown[][]) {
|
||||
for (const key of keys) qc.invalidateQueries({ queryKey: key })
|
||||
}
|
||||
|
||||
export { useQueryClient }
|
||||
|
||||
Reference in New Issue
Block a user