// AUTOMATION PLATFORM — Reliability sub-platform // Views: SLA · DLQ · Traces · Scheduler · Run Controls · Dependency Graph const { useState: useRelState } = React; const Trel = window.ArbiterTokens; const REL_VIEWS = [ { id: 'sla', label: 'SLA / SLO' }, { id: 'dlq', label: 'Dead-Letter Queue' }, { id: 'traces', label: 'Traces' }, { id: 'scheduler', label: 'Scheduler' }, { id: 'runctl', label: 'Run Controls' }, { id: 'graph', label: 'Dependency Graph' }, ]; function RBadge({ color, bg, children, mono = false }) { return {children}; } // ─── SLA ────────────────────────────────────────────────────────────────────── function RelSLA({ data }) { const au = window.__au; const sla = data.slaTargets; const k = data.reliabilityKpis; const atRisk = sla.filter(s => s.status === 'At Risk').length; return (
◆ SLA / SLO — {k.slaTargetMet}% attainment · {k.errorBudgetRemainingPct}% error budget
Per-workflow latency + success targets. {atRisk} workflow(s) at risk. MTTR {k.mttrMin}m. {k.slaBreaches30d} breaches in last 30 days.
Targets tracked{sla.length}
Attainment{k.slaTargetMet}%
Breaches (30d) 5 ? au.amber : au.emerald }}>{k.slaBreaches30d}
Error budget{k.errorBudgetRemainingPct}%remaining
MTTR{k.mttrMin}m
SLO targets — per workflow
{sla.map(s => { const st = au.statusColor(s.status === 'Healthy' ? 'Succeeded' : 'Paused'); const prio = au.priorityColor(s.priority); const budgetColor = s.errorBudgetPct >= 60 ? au.emerald : s.errorBudgetPct >= 25 ? au.amber : au.crimson; return ( ); })}
ID Workflow Target Actual p95 Attainment Error budget Breaches (30d) Owner Priority Status
{s.id} {s.workflow} {s.target} {s.actualP95}
= 99 ? au.emerald : s.attainmentPct >= 95 ? au.amber : au.crimson }} />
= 99 ? au.emerald : au.amber }}>{s.attainmentPct}%
{s.errorBudgetPct}%
0 ? au.amber : au.emerald }}>{s.breaches30d} {s.owner} {s.priority} {s.status}
); } // ─── DLQ ────────────────────────────────────────────────────────────────────── function RelDLQ({ data }) { const au = window.__au; const k = data.reliabilityKpis; const [selected, setSelected] = useRelState({}); const toggle = (id) => setSelected(s => ({ ...s, [id]: !s[id] })); const selCount = Object.values(selected).filter(Boolean).length; return (
◆ Dead-letter queue — {k.dlqDepth} poisoned runs
Oldest quarantined {k.dlqOldestMinutes}m ago. {k.dlqRedrivenYtd} redriven YTD · {k.dlqDiscardedYtd} discarded after categorization.
{selCount > 0 && (
)}
Queue depth{k.dlqDepth}
Oldest{k.dlqOldestMinutes}m
Redriven YTD{k.dlqRedrivenYtd}
Discarded YTD{k.dlqDiscardedYtd}
Poisoned runs — {data.dlq.length}
{data.dlq.map(d => ( ))}
DLQ ID Run Workflow / Step Error code Message Attempts Quarantine Next retry Actions
toggle(d.id)} /> {d.id} {d.runId}
{d.workflow}
{d.step}
 {d.errorCode} {d.errorMessage} = 5 ? au.crimson : au.amber }}>{d.attempts} {d.quarantineMin < 60 ? `${d.quarantineMin}m` : `${(d.quarantineMin / 60).toFixed(1)}h`} {d.nextRetryAt || '—'}
{d.canRedrive && } {d.canDiscard && }
); } // ─── TRACES ─────────────────────────────────────────────────────────────────── function RelTraces({ data }) { const au = window.__au; const k = data.reliabilityKpis; const colorMap = { lime: au.lime, cobalt: au.cobalt, violet: au.violet, amber: au.amber, fuchsia: au.fuchsia, teal: au.teal, emerald: au.emerald, crimson: au.crimson }; return (
◆ Distributed traces — step-level latency waterfalls
Per-run span timeline. Bottlenecks surface as red spans. Click a span to drill into logs and outbound integration calls.
Active traces{k.activeTraces}
p50{k.p50Ms}ms
p95{(k.p95Ms / 1000).toFixed(1)}s
p99{(k.p99Ms / 1000).toFixed(1)}s
{data.traces.map(t => { const max = t.total; return (
{t.id} · {t.workflow} · run {t.runId}
{t.started} {t.status} {(t.total / 60).toFixed(1)}m total
{t.spans.map((sp, i) => { const c = colorMap[sp.color] || au.lime; const leftPct = (sp.start / max) * 100; const widthPct = (sp.duration / max) * 100; const opacity = sp.status === 'queued' ? 0.3 : 1; return (
{i + 1}. {sp.name} {sp.duration}s {sp.status === 'failed' && ' x'}{sp.status === 'slow' && ' !'}
); })}
); })}
); } // ─── SCHEDULER ──────────────────────────────────────────────────────────────── function RelScheduler({ data }) { const au = window.__au; const k = data.reliabilityKpis; return (
◆ Scheduler — priority queues with backpressure
Concurrency and throttle controls per queue. Backpressure applied automatically when workers saturate; callers see 429 + retry-after.
Queue depth (total){k.queueDepth}
Oldest waiting{k.queueOldestMin}m
Throttled / hr{k.throttledPerHour}
Backpressure active 0 ? au.amber : au.emerald }}>{k.backpressureActive}
Queues — {data.queues.length}
{data.queues.map(q => { const utilPct = Math.min(100, Math.round((q.depth / Math.max(1, q.concurrency * 2)) * 100)); return ( ); })}
Queue Concurrency Workers Utilization Depth Oldest Wait avg Throttled/hr Backpressure Owner
{q.name} {q.id} {q.concurrency} {q.workers}
= 80 ? au.amber : au.lime }} />
{utilPct}%
10 ? au.amber : Trel.color.text.primary }}>{q.depth} {q.oldestMin}m {(q.waitAvgMs / 1000).toFixed(1)}s 0 ? au.amber : Trel.color.text.tertiary }}>{q.throttledHr} {q.backpressure ? ACTIVE : normal} {q.owner}
); } // ─── RUN CONTROLS ───────────────────────────────────────────────────────────── function RelRunControls({ data }) { const au = window.__au; const stateStyle = (s) => { const m = { 'Running': { bg: au.limeBg, color: au.lime }, 'Paused': { bg: au.amberBg, color: au.amber }, 'Retrying': { bg: au.cobaltBg, color: au.cobalt }, 'Stuck': { bg: au.crimsonBg, color: au.crimson }, }; return m[s] || { bg: Trel.color.bg.secondary, color: Trel.color.text.secondary }; }; return (
◆ Run controls — pause · resume · checkpoint · cancel
Long-running runs can be paused, checkpointed, resumed, or killed. WIP limits bound concurrent work per workflow. Timeout overrides available for stuck runs.
{data.runControls.map(r => { const st = stateStyle(r.state); const progressPct = Math.min(100, Math.round((r.elapsedMin / (r.elapsedMin + r.remainingMin || 1)) * 100)); return (
{r.id} · {r.workflow} {r.state}
Elapsed {r.elapsedMin}m · ETA +{r.remainingMin}m {progressPct}%
Checkpoints
{r.checkpointsMade}
WIP
{r.wipInUse} / {r.wipLimit}
State
{r.state}
{r.note}
{r.canPause && } {r.state === 'Paused' && } {r.canCheckpoint && } {r.state === 'Stuck' && } {r.canCancel && }
); })}
); } // ─── DEPENDENCY GRAPH ───────────────────────────────────────────────────────── function RelGraph({ data }) { const au = window.__au; const k = data.reliabilityKpis; const nodes = data.dependencyNodes; const edges = data.dependencyEdges; const [highlighted, setHighlighted] = useRelState(null); const typeStyle = (t) => { if (t === 'workflow') return { bg: au.limeBg, color: au.lime, shape: '10px' }; if (t === 'trigger') return { bg: au.violetBg, color: au.violet, shape: '50%' }; if (t === 'event') return { bg: au.cobaltBg, color: au.cobalt, shape: '10px' }; if (t === 'integration')return { bg: au.tealBg, color: au.teal, shape: '10px' }; return { bg: Trel.color.bg.secondary, color: Trel.color.text.secondary, shape: '10px' }; }; const isConnected = (nodeId) => { if (!highlighted) return true; if (highlighted === nodeId) return true; return edges.some(e => (e.from === highlighted && e.to === nodeId) || (e.to === highlighted && e.from === nodeId)); }; const impactedBy = (nodeId) => { const downstream = new Set(); const visit = (id) => edges.filter(e => e.from === id).forEach(e => { if (!downstream.has(e.to)) { downstream.add(e.to); visit(e.to); } }); visit(nodeId); return Array.from(downstream).map(id => nodes.find(n => n.id === id)).filter(Boolean); }; return (
◆ Dependency graph — blast-radius analysis
Click any node to highlight connected nodes and see downstream impact — "what breaks if I disable this?" {k.dependencyNodes} nodes · {k.dependencyEdges} edges · {k.criticalPaths} critical paths.
Graph
workflow trigger event integration
{edges.map((e, i) => { const a = nodes.find(n => n.id === e.from); const b = nodes.find(n => n.id === e.to); if (!a || !b) return null; const active = !highlighted || highlighted === a.id || highlighted === b.id; return ( ); })} {nodes.map(n => { const ts = typeStyle(n.type); const active = isConnected(n.id); const isHi = highlighted === n.id; return (
setHighlighted(isHi ? null : n.id)} style={{ position: 'absolute', left: `${n.x}%`, top: `${n.y}%`, transform: 'translate(-50%, -50%)', padding: '6px 10px', background: ts.bg, color: ts.color, border: `${isHi ? '2px' : '1px'} solid ${ts.color}`, borderRadius: ts.shape, fontSize: '10px', fontWeight: 700, cursor: 'pointer', whiteSpace: 'nowrap', userSelect: 'none', opacity: active ? 1 : 0.3, transition: 'opacity 0.15s', boxShadow: isHi ? `0 0 0 4px ${ts.color}33` : 'none', }} >{n.label}
); })}
Blast-radius
{highlighted ? ( <>
If you disable:
{nodes.find(n => n.id === highlighted)?.label}
Downstream impact
{impactedBy(highlighted).length === 0 ?
No downstream nodes.
: impactedBy(highlighted).map(n => (
{n.label}
{n.type} · {n.criticality}
))} ) : (
Click any node to see its downstream impact and connected chain.
)}
); } // ─── ROOT ───────────────────────────────────────────────────────────────────── function AutoReliability({ data }) { const au = window.__au; const [view, setView] = useRelState('sla'); const renderView = () => { switch (view) { case 'sla': return ; case 'dlq': return ; case 'traces': return ; case 'scheduler': return ; case 'runctl': return ; case 'graph': return ; default: return ; } }; return (
{renderView()}
); } window.AutoReliability = AutoReliability;