'use client' import { useEffect, useRef, useState } from 'react' import { ChevronDown } from 'lucide-react' import { Panel } from '@/components/cluster/Panel' import { SlotMeter } from '@/components/cluster/SlotMeter' const DAILY_BUDGET = 12 type Turn = { role: 'user' | 'model' reasoning?: string content: string streaming?: boolean } const SEED: Turn[] = [ { role: 'user', content: 'Why is the sms application degraded?' }, { role: 'model', reasoning: 'The snapshot lists sms with health "degraded" and sync "synced". Sync being clean means the manifests applied fine, so this is a runtime problem rather than a delivery one. The sms namespace shows 0 of 1 pods running. A single pod that never reaches Running, with Argo reporting the desired state as applied, usually means the pod cannot be placed at all.', content: 'Delivery is fine — sms is Synced, so Argo applied everything it was asked to. The failure is at runtime: the namespace has one pod and zero running. Argo marks the app degraded because the workload never became ready, not because the manifests are wrong.', }, ] const REPLY = 'Wave 4 is empty. Waves are sort keys, not a sequence — Argo orders by value and skips gaps, so 3 is followed directly by 5. Nothing is missing.' const REPLY_REASONING = 'The user is asking about a gap in the wave column display. Argo CD sync waves are integers used purely for ordering; there is no requirement that they be contiguous. The cluster uses 0,1,2,3,5,6,7,8. This is normal and usually happens when a wave is retired or intentionally reserved.' export default function ChatPage() { const [turns, setTurns] = useState(SEED) const [value, setValue] = useState('') const [queue, setQueue] = useState(null) const [slots, setSlots] = useState(3) const [used, setUsed] = useState(2) const [openReasoning, setOpenReasoning] = useState(1) const scrollRef = useRef(null) useEffect(() => { scrollRef.current?.scrollTo({ top: scrollRef.current.scrollHeight, behavior: 'smooth' }) }, [turns, queue]) const send = () => { if (!value.trim() || queue !== null || used >= DAILY_BUDGET) return setTurns((t) => [...t, { role: 'user', content: value }]) setValue('') setQueue(3) } // Placeholder for the queue → stream transition. Real version is SSE from atlas. useEffect(() => { if (queue === null) return if (queue > 0) { const t = setTimeout(() => setQueue((q) => (q === null ? null : q - 1)), 700) return () => clearTimeout(t) } setQueue(null) setSlots((s) => Math.min(s + 1, 6)) setUsed((u) => u + 1) setTurns((t) => [...t, { role: 'model', reasoning: REPLY_REASONING, content: '', streaming: true }]) let i = 0 const stream = setInterval(() => { i += 3 setTurns((t) => { const next = [...t] const last = next[next.length - 1] if (last?.role !== 'model') return t next[next.length - 1] = { ...last, content: REPLY.slice(0, i), streaming: i < REPLY.length } return next }) if (i >= REPLY.length) { clearInterval(stream) setSlots((s) => Math.max(s - 1, 1)) } }, 40) return () => clearInterval(stream) }, [queue]) const exhausted = used >= DAILY_BUDGET return (

Surface D — Chat

A 32B model, running on one card, two rooms from here.

It reads a redacted snapshot of the cluster and answers questions about it. It cannot query anything, run anything, or change anything. When all six public slots are busy, you wait in line — the queue is real, and so is the hardware.

{DAILY_BUDGET - used} of {DAILY_BUDGET} messages left today
{turns.map((turn, i) => turn.role === 'user' ? (

{turn.content}

) : (
{turn.reasoning && (
{openReasoning === i && (

{turn.reasoning}

)}
)}

{turn.content} {turn.streaming && }

), )} {queue !== null && (

all six public slots busy · position {queue} in queue

)}
{ e.preventDefault() send() }} className="mt-3 flex items-center gap-2 border-t border-wire pt-3" > setValue(e.target.value)} disabled={exhausted} aria-label="Message" placeholder={exhausted ? 'Daily limit reached — resets in 14h' : 'Ask about the cluster'} className="min-w-0 flex-1 bg-transparent font-plex text-sm text-chalk placeholder:text-dim/60 focus:outline-none disabled:cursor-not-allowed" />
{[ ['public slots', '6 of 8'], ['queue depth', '20'], ['per session', '12 / day'], ['request timeout', '120s'], ['output cap', '1500 tokens'], ].map(([k, v]) => (
{k}
{v}
))}

Closing this tab frees your slot immediately. Two slots stay reserved so the operator is never locked out of their own hardware.

    {['call tools', 'query the cluster', 'read logs', 'change anything', 'see Secret contents'].map((x) => (
  • {x}
  • ))}
) }