import { useEffect, useMemo, useState, type ReactNode } from "react" import { Activity, AlertOctagon, Bug, CheckCircle2, ChevronDown, ChevronUp, Clock, EyeOff, ExternalLink, Globe, MonitorSmartphone, RefreshCw, RotateCcw, ScrollText, ShieldBan, Bot, Sparkles, Loader2, X, } from "lucide-react" import { useObservabilityData } from "../hooks/useObservabilityData" import { useIssueSources } from "../hooks/useIssueSources" import { authFetch } from "../lib/auth" import { formatRelativeTime } from "../lib/timeUtils" import { issueSeverityTone, issueStatusOf, latestBreadcrumbs, latestStacktrace, sampleContext, sparklineSeries, strongestCorrelate, type SeverityTone, } from "../lib/issue-utils" import { useSubRoute } from "../lib/routes" import { CopyRef } from "./common/CopyRef" import { IpButton } from "./common/IpButton" import { IssueOccurrences } from "./IssueOccurrences" import { NeedleTestModal } from "./NeedleTestModal" import { FilterBar, type FilterChip } from "./FilterBar" import { CRAWLER_CLASSES, UA_CLASSES, uaClassLabel } from "../lib/ua-class" import type { Issue, IssueSample } from "../lib/types" export const kindMeta: Record = { span_error: { label: "Trace error", Icon: Activity }, log_error: { label: "Log error", Icon: ScrollText }, frontend_error: { label: "Frontend error", Icon: Globe }, } type StatusFilter = "all" | "open" | "resolved" | "ignored" const without = (set: Set, value: string) => { const next = new Set(set) next.delete(value) return next } type KindFilter = "all" | "span_error" | "log_error" | "frontend_error" type GroupBy = "none" | "service" interface HoneypotIP { ip: string count: number first_seen: string last_seen: string promoted_until: string } interface BlockerStatus { enabled: boolean dryRun: boolean candidates?: string[] managed?: Record } /** An IP flagged by the honeypot tracker or the ingress blocker. */ interface DetectedIP { ip: string sources: ("honeypot" | "blocker")[] count?: number } interface DetectorTestResult { passed?: boolean scenario?: string row?: { baselineErrorRate: number futureErrorCount: number futureErrorRate: number labelKnown: boolean label: boolean } error?: string } interface NeedleResult { action?: string tool?: string confidence?: number reasoning?: string latency_ms?: number arguments?: Record error?: string } const statusTabs: { value: StatusFilter; label: string }[] = [ { value: "all", label: "All" }, { value: "open", label: "Open" }, { value: "resolved", label: "Resolved" }, { value: "ignored", label: "Ignored" }, ] const scopeOptions: { value: KindFilter; label: string }[] = [ { value: "all", label: "All kinds" }, { value: "span_error", label: "Traces" }, { value: "log_error", label: "Logs" }, { value: "frontend_error", label: "Frontend" }, ] const toneDot: Record = { critical: "bg-ds-critical", warn: "bg-ds-warn", ok: "bg-ds-ok", muted: "bg-ds-text-3", } export const tonePill: Record = { critical: "bg-ds-critical-bg text-ds-critical", warn: "bg-ds-warn-bg text-ds-warn", ok: "bg-ds-ok/10 text-ds-ok", muted: "bg-ds-fill text-ds-text-3", } const toneLabel: Record = { critical: "Open", warn: "Open", ok: "Resolved", muted: "Ignored", } export const toneLine: Record = { critical: "border-l-ds-critical", warn: "border-l-ds-warn", ok: "border-l-ds-ok", muted: "border-l-ds-line-strong", } /** The sparkline + expected-band + breach segment described by the anomaly presentation spec. */ export const IssueSparkline = ({ issue }: { issue: Issue }) => { const { points, hours, max, reference, breachIndex } = sparklineSeries(issue, 24) const width = 100 const height = 100 const step = width / (points.length - 1) const toY = (v: number) => height - (v / max) * (height - 8) - 4 const observedPoints = points.map((p, i) => `${(i * step).toFixed(1)},${toY(p.count).toFixed(1)}`).join(" ") const hasBreach = breachIndex !== null const breachPath = hasBreach ? points .slice(breachIndex) .map((p, i) => `${i === 0 ? "M" : "L"}${((breachIndex + i) * step).toFixed(1)},${toY(p.count).toFixed(1)}`) .join(" ") : "" const detectX = hasBreach ? breachIndex * step : null const refY = toY(reference) const bandHeight = Math.max(height - refY - 4, 6) const description = hasBreach ? `Hourly occurrence count over an adaptive ${hours}-hour activity window, climbing above the period average roughly ${points.length - breachIndex} hours ago and still elevated` : `Hourly occurrence count over an adaptive ${hours}-hour activity window, staying within the period average` return ( {hasBreach && ( )} {hasBreach && detectX !== null && ( )} ) } export const StatCell = ({ label, value, tone }: { label: string; value: ReactNode; tone?: SeverityTone }) => (
{label} {value}
) const StacktraceView = ({ stacktrace }: { stacktrace: string }) => (
    {stacktrace}
  
) const BreadcrumbsView = ({ issue }: { issue: Issue }) => { const crumbs = latestBreadcrumbs(issue) if (!crumbs.length) return null return (

{crumbs.map((crumb, idx) => (
{new Date(crumb.t).toLocaleTimeString([], { hour12: false })} {crumb.category} {crumb.message.slice(0, 200)}
))}
) } const SampleContextChips = ({ sample }: { sample: IssueSample }) => { const ctx = sampleContext(sample) if (!ctx.length) return null return ( {ctx.join(" · ")} ) } const StatusActions = ({ issue, onStatusChange, busy, }: { issue: Issue onStatusChange: (issue: Issue, status: string) => void busy: boolean }) => { const status = issueStatusOf(issue) const actions: { to: string; label: string; Icon: typeof CheckCircle2 }[] = status === "open" ? [ { to: "resolved", label: "Resolve", Icon: CheckCircle2 }, { to: "ignored", label: "Ignore", Icon: EyeOff }, ] : [{ to: "open", label: "Reopen", Icon: RotateCcw }] return (
{actions.map(({ to, label, Icon }) => ( ))}
) } const IssueCard = ({ issue, onStatusChange, statusBusy, onFocus, detectedIPByAddress, }: { issue: Issue onStatusChange: (issue: Issue, status: string) => void statusBusy: boolean onFocus: (issue: Issue, traceId?: string) => void detectedIPByAddress: Map }) => { const [expanded, setExpanded] = useState(false) const [needleResult, setNeedleResult] = useState(null) const [needleLoading, setNeedleLoading] = useState(false) const { sources, loading: sourcesLoading, error: sourcesError } = useIssueSources(issue.id, expanded) const handleNeedleTriage = async () => { setNeedleLoading(true) try { const response = await authFetch("/api/needle/classify", { method: "POST", headers: { "Content-Type": "application/json" }, body: JSON.stringify({ issue_id: issue.id }), }) setNeedleResult(await response.json()) } catch (err) { setNeedleResult({ error: err instanceof Error ? err.message : String(err) }) } finally { setNeedleLoading(false) } } const meta = kindMeta[issue.kind] ?? { label: issue.kind, Icon: Bug } const tone = issueSeverityTone(issue) const latestSample = issue.samples[issue.samples.length - 1] const stacktrace = latestStacktrace(issue) const hasMappedStacktrace = issue.samples.some((sample) => Boolean(sample.resolvedStacktrace)) const contextSample = issue.samples.find((s) => s.httpMethod || s.httpRoute || s.httpStatus) const correlate = strongestCorrelate(issue) const clientLabels = [...new Set(issue.samples.map((sample) => sample.uaClass).filter((value): value is string => Boolean(value)))] .filter((value) => value !== "browser" && value !== "unknown" && value !== "none") .map(uaClassLabel) const badActorSources = [...new Set(issue.samples.flatMap((sample) => sample.sourceIp ? detectedIPByAddress.get(sample.sourceIp)?.sources ?? [] : []))] const viewTrace = (traceId: string) => onFocus(issue, traceId) const metaParts = [`service=${issue.service}`] if (contextSample?.httpMethod && contextSample?.httpRoute) { metaParts.push(`route=${contextSample.httpMethod} ${contextSample.httpRoute}`) } else if (contextSample?.httpRoute) { metaParts.push(`route=${contextSample.httpRoute}`) } if (issue.affectedServices.length > 1) { metaParts.push(`affects=${issue.affectedServices.length} services`) } return (
{latestSample?.traceId && ( )}
Strongest correlate {correlate ? ( {correlate.key}={correlate.value}{" "} {Math.round(correlate.share * 100)}% of {correlate.total} occurrences ) : ( NO SIGNAL )}
{expanded && (
{issue.status === "resolved" && issue.resolvedAt ? ( Resolved {formatRelativeTime(issue.resolvedAt / 1e6)} ) : null} {issue.affectedServices.length > 1 && ( Affects: {issue.affectedServices.join(", ")} )}
{stacktrace && (

{hasMappedStacktrace ? "Source-mapped stacktrace" : "Stacktrace"}

)}
{(contextSample?.userAgent || latestSample?.userAgent) && ( )} {(contextSample?.sourceIp || latestSample?.sourceIp) && ( )} {badActorSources.length > 0 && ( detected_ip={badActorSources.join("+")} )} {(contextSample?.release || latestSample?.release) && ( release: {contextSample?.release || latestSample?.release} )} {(contextSample?.environment || latestSample?.environment) && ( env: {contextSample?.environment || latestSample?.environment} )}
{needleResult && (
Needle 3 action {needleResult.action || needleResult.tool || "Processed"} {needleResult.confidence !== undefined && ( confidence{" "} = 0.6 ? "text-ds-ok" : "text-ds-warn"}> {(needleResult.confidence * 100).toFixed(0)}% {needleResult.latency_ms ? ` (${needleResult.latency_ms}ms)` : ""} )}
{needleResult.reasoning &&

“{needleResult.reasoning}”

} {needleResult.arguments && Object.keys(needleResult.arguments).length > 0 && (
{Object.entries(needleResult.arguments).map(([k, v]) => ( {k}: {String(v)} ))}
)} {needleResult.error && (

{needleResult.error}

)}
)}

All sources ({sources.length})

{sourcesLoading && Loading…}
{sourcesError &&

Failed to load sources: {sourcesError}

} {!sourcesLoading && !sourcesError && sources.length === 0 && (

No source IP was recorded for these occurrences.

)} {sources.length > 0 && (
{sources.map((source) => (
×{source.count} {new Date(source.firstSeen).toLocaleString()} → {new Date(source.lastSeen).toLocaleString()}
))}
)}

Recent occurrences ({issue.samples.length})

{[...issue.samples].reverse().map((sample, idx) => (
{new Date(sample.timestamp / 1e6).toLocaleTimeString([], { hour12: false, hour: "2-digit", minute: "2-digit", second: "2-digit", })} {sample.message} {sample.url && ( e.stopPropagation()} className="flex max-w-[220px] shrink-0 items-center gap-1 truncate rounded-full border border-ds-accent/30 bg-ds-accent-bg px-2.5 py-0.5 text-[10.5px] font-bold text-ds-accent" title={sample.url} > )} {sample.traceId && ( )}
))}
)}
) } const ServiceDeviationPanel = () => { const { uniqueServices, serviceHealth } = useObservabilityData() const rows = useMemo(() => { return uniqueServices .map((name) => { const health = serviceHealth[name] const total = health?.totalSignals ?? 0 const errors = health?.errorCount ?? 0 return { name, total, errors, rate: total > 0 ? errors / total : 0 } }) .sort((a, b) => b.errors - a.errors || b.rate - a.rate) .slice(0, 8) }, [uniqueServices, serviceHealth]) return (

Services by deviation

{uniqueServices.length} total
{rows.length === 0 ? (

Listening for service signals…

) : (
    {rows.map((row) => (
  • {row.name}
  • ))}
)}
) } const IssueStatusPanel = ({ counts }: { counts: Record }) => { const total = counts.all || 1 const segments: { key: StatusFilter; tone: SeverityTone }[] = [ { key: "open", tone: "critical" }, { key: "resolved", tone: "ok" }, { key: "ignored", tone: "muted" }, ] return (

Issue status

    {segments.map((seg) => (
  • ))}
) } interface IssuesVisualizerProps { issues: Issue[] loading: boolean error: string | null refresh: () => void onStatusChange: (issue: Issue, status: string) => void statusBusy: boolean } export const IssuesVisualizer = ({ issues, loading, error, refresh, onStatusChange, statusBusy, }: IssuesVisualizerProps) => { const { selectedServices, toggleService, resetFilters, searchQuery, setSearchQuery, uniqueServices } = useObservabilityData() // /issues/[/trace/] - the focused issue and trace live in the URL. const { segments, go } = useSubRoute() const focus = segments[0] ? { issueId: segments[0], traceId: segments[1] === "trace" ? segments[2] : undefined } : null const focusIssue = (issue: Issue, traceId?: string) => go(traceId ? [issue.id, "trace", traceId] : [issue.id]) const [statusFilter, setStatusFilter] = useState("all") const [kindFilter, setKindFilter] = useState("all") const [groupBy, setGroupBy] = useState("none") const [needleModalOpen, setNeedleModalOpen] = useState(false) const [detectorTest, setDetectorTest] = useState(null) const [detectorTestLoading, setDetectorTestLoading] = useState(false) const [excludeSpamIPs, setExcludeSpamIPs] = useState(false) // Client-class filters: an issue matches "client" when any sample came from // one of these classes, and is hidden by "not client" when every classified // sample did (a mixed human + bot issue stays visible). const [clientInclude, setClientInclude] = useState>(new Set()) const [clientExclude, setClientExclude] = useState>(new Set()) const [showSpamIPs, setShowSpamIPs] = useState(false) const [spamIPs, setSpamIPs] = useState([]) const [blockerStatus, setBlockerStatus] = useState(null) const [spamIPsLoading, setSpamIPsLoading] = useState(false) const [spamIPsError, setSpamIPsError] = useState(null) const loadSpamIPs = async () => { setSpamIPsLoading(true) setSpamIPsError(null) try { const response = await authFetch("/api/honeypot/ips") if (!response.ok) throw new Error(`HTTP ${response.status}`) setSpamIPs((await response.json()) as HoneypotIP[]) // The blocker route only exists when the blocker is enabled; its absence is not an error. const blocker = await authFetch("/api/blocker/status").catch(() => null) if (blocker?.ok) setBlockerStatus((await blocker.json()) as BlockerStatus) } catch (err) { setSpamIPsError(err instanceof Error ? err.message : String(err)) } finally { setSpamIPsLoading(false) } } useEffect(() => { void loadSpamIPs() // The detector set is loaded once when the Issues view opens. // eslint-disable-next-line react-hooks/exhaustive-deps }, []) const detectedIPs = useMemo(() => { const byIP = new Map() for (const entry of spamIPs) byIP.set(entry.ip, { ip: entry.ip, sources: ["honeypot"], count: entry.count }) for (const ip of blockerStatus?.candidates ?? []) { const known = byIP.get(ip) if (known) known.sources.push("blocker") else byIP.set(ip, { ip, sources: ["blocker"] }) } return Array.from(byIP.values()) }, [spamIPs, blockerStatus]) const spamIPSet = useMemo(() => new Set(detectedIPs.map((entry) => entry.ip)), [detectedIPs]) const detectedIPByAddress = useMemo(() => new Map(detectedIPs.map((entry) => [entry.ip, entry])), [detectedIPs]) const crawlersHidden = CRAWLER_CLASSES.every((c) => clientExclude.has(c)) const toggleCrawlers = () => { setClientExclude((prev) => { const next = new Set(prev) if (CRAWLER_CLASSES.every((c) => prev.has(c))) CRAWLER_CLASSES.forEach((c) => next.delete(c)) else CRAWLER_CLASSES.forEach((c) => next.add(c)) return next }) setClientInclude((prev) => { const next = new Set(prev) CRAWLER_CLASSES.forEach((c) => next.delete(c)) return next }) } const statusCounts = useMemo(() => { const counts: Record = { all: issues.length, open: 0, resolved: 0, ignored: 0 } issues.forEach((issue) => { counts[issueStatusOf(issue)] += 1 }) return counts }, [issues]) const filteredIssues = useMemo(() => { return issues.filter((issue) => { if (statusFilter !== "all" && issueStatusOf(issue) !== statusFilter) return false if (kindFilter !== "all" && issue.kind !== kindFilter) return false if ( excludeSpamIPs && issue.samples.some( (sample) => (sample.httpStatus ?? 0) >= 400 && Boolean(sample.sourceIp) && spamIPSet.has(sample.sourceIp!), ) ) { return false } if (clientInclude.size > 0 || clientExclude.size > 0) { const classes = issue.samples.map((s) => s.uaClass).filter((c): c is string => Boolean(c)) if (clientInclude.size > 0 && !classes.some((c) => clientInclude.has(c))) return false if (clientExclude.size > 0 && classes.length > 0 && classes.every((c) => clientExclude.has(c))) return false } if (selectedServices.size > 0) { const matches = selectedServices.has(issue.service) || issue.affectedServices.some((s) => selectedServices.has(s)) if (!matches) return false } if (searchQuery) { const q = searchQuery.toLowerCase() const matches = issue.title.toLowerCase().includes(q) || issue.service.toLowerCase().includes(q) if (!matches) return false } return true }) }, [issues, selectedServices, searchQuery, statusFilter, kindFilter, excludeSpamIPs, spamIPSet, clientInclude, clientExclude]) const { primaryIssues, secondaryIssues } = useMemo(() => { const sorted = [...filteredIssues].sort((a, b) => b.count - a.count) if (statusFilter !== "all") return { primaryIssues: sorted, secondaryIssues: [] as Issue[] } return { primaryIssues: sorted.filter((i) => issueStatusOf(i) === "open"), secondaryIssues: sorted.filter((i) => issueStatusOf(i) !== "open"), } }, [filteredIssues, statusFilter]) const groupedPrimaryIssues = useMemo(() => { if (groupBy === "none") return [["", primaryIssues] as const] const groups = new Map() for (const issue of primaryIssues) { const name = issue.service || "unknown" const group = groups.get(name) ?? [] group.push(issue) groups.set(name, group) } return [...groups.entries()].sort((a, b) => b[1].reduce((n, issue) => n + issue.count, 0) - a[1].reduce((n, issue) => n + issue.count, 0)) }, [groupBy, primaryIssues]) const [showSecondary, setShowSecondary] = useState(false) const runDetectorTest = async () => { setDetectorTestLoading(true) setDetectorTest(null) try { const response = await authFetch("/api/ml/test-spike", { method: "POST" }) const data = (await response.json()) as DetectorTestResult if (!response.ok) throw new Error(data.error ?? `HTTP ${response.status}`) setDetectorTest(data) } catch (err) { setDetectorTest({ error: err instanceof Error ? err.message : String(err) }) } finally { setDetectorTestLoading(false) } } const activeFilterCount = selectedServices.size + clientInclude.size + clientExclude.size + (statusFilter !== "all" ? 1 : 0) + (excludeSpamIPs ? 1 : 0) + (searchQuery ? 1 : 0) const chips: FilterChip[] = [ ...Array.from(selectedServices).map((service) => ({ id: `service-${service}`, filterKey: "service", value: service, tone: "neutral" as const, onRemove: () => toggleService(service), })), ...Array.from(clientInclude).map((c) => ({ id: `client-${c}`, filterKey: "client", value: uaClassLabel(c), tone: "neutral" as const, onRemove: () => setClientInclude((prev) => without(prev, c)), })), ...Array.from(clientExclude).map((c) => ({ id: `not-client-${c}`, filterKey: "not client", value: uaClassLabel(c), tone: "neutral" as const, onRemove: () => setClientExclude((prev) => without(prev, c)), })), ...(statusFilter !== "all" ? [ { id: "status", filterKey: "status", value: statusFilter, tone: statusFilter === "resolved" ? ("ok" as const) : ("neutral" as const), onRemove: () => setStatusFilter("all"), }, ] : []), ...(excludeSpamIPs ? [ { id: "spam-ips", filterKey: "spam-ips", value: "hidden", tone: "neutral" as const, onRemove: () => setExcludeSpamIPs(false), }, ] : []), ...(searchQuery ? [ { id: "query", filterKey: "query", value: searchQuery, tone: "neutral" as const, onRemove: () => setSearchQuery(""), }, ] : []), ] const addFilterOptions = [ ...uniqueServices.filter((s) => !selectedServices.has(s)).map((s) => ({ value: s, label: s })), ...UA_CLASSES.filter((c) => !clientInclude.has(c.value)).map((c) => ({ value: `client:${c.value}`, label: `client: ${c.label}`, })), ...UA_CLASSES.filter((c) => !clientExclude.has(c.value)).map((c) => ({ value: `not-client:${c.value}`, label: `hide client: ${c.label}`, })), ] const addFilter = (value: string) => { if (value.startsWith("client:")) { const c = value.slice("client:".length) setClientInclude((prev) => new Set(prev).add(c)) setClientExclude((prev) => without(prev, c)) } else if (value.startsWith("not-client:")) { const c = value.slice("not-client:".length) setClientExclude((prev) => new Set(prev).add(c)) setClientInclude((prev) => without(prev, c)) } else { toggleService(value) } } const clearAll = () => { resetFilters() setSearchQuery("") setStatusFilter("all") setGroupBy("none") setExcludeSpamIPs(false) setClientInclude(new Set()) setClientExclude(new Set()) } if (loading && issues.length === 0) { return (
) } const focusedIssue = focus ? issues.find((i) => i.id === focus.issueId) : undefined if (focus && focusedIssue) { return ( go(traceId ? [focus.issueId, "trace", traceId] : [focus.issueId], { replace: true })} onBack={() => go([])} /> ) } if (focus) { return (

Issue not found

{focus.issueId}

It may have been evicted, or the link is from another environment.

) } return (
setKindFilter(v as KindFilter), }} chips={chips} addFilterOptions={addFilterOptions} onAddFilter={addFilter} matchText={`Matching ${filteredIssues.length} of ${issues.length} issues · ${activeFilterCount} filter${activeFilterCount === 1 ? "" : "s"}`} onClearAll={activeFilterCount > 0 ? clearAll : undefined} />

{statusFilter === "all" ? "Needs attention" : `${statusTabs.find((s) => s.value === statusFilter)?.label} issues`}

{statusFilter === "all" ? `${primaryIssues.length} open` : filteredIssues.length}
{statusTabs.map((t) => ( ))}
{(["none", "service"] as GroupBy[]).map((value) => ( ))}
{error && (

Failed to load: {error}

)} {detectorTest && (

{detectorTest.passed ? "Spike detector verified" : "Spike detector test failed"}

{detectorTest.error ?? detectorTest.scenario}

{detectorTest.row && (
baseline {(detectorTest.row.baselineErrorRate * 100).toFixed(1)}% future errors {detectorTest.row.futureErrorCount} future {(detectorTest.row.futureErrorRate * 100).toFixed(1)}% {detectorTest.row.labelKnown && detectorTest.row.label ? "label: spike" : "label: not spike"}
)}
)} {showSpamIPs && (
Detected scanner IPs
Honeypot-promoted IPs (ingress tarpit) and blocker candidates {blockerStatus ? (blockerStatus.dryRun ? " (blocker in dry-run: nothing is blocked)" : " (blocker enforcing)") : ""}.
{spamIPsLoading &&
Loading…
} {spamIPsError &&
Failed to load: {spamIPsError}
} {!spamIPsLoading && !spamIPsError && detectedIPs.length === 0 && (
No detected IPs.
)} {detectedIPs.length > 0 && (
{detectedIPs.map((entry) => (
{entry.sources.join(" + ")} {entry.count !== undefined ? ` ×${entry.count}` : ""}
))}
)}
)} {!showSpamIPs && ( )} {primaryIssues.length === 0 ? (
) : (
{groupedPrimaryIssues.map(([service, group]) => (
{groupBy === "service" && (

{service}

{group.length} issue{group.length === 1 ? "" : "s"} · {group.reduce((n, issue) => n + issue.count, 0)} occurrences
)} {group.map((issue) => ( ))}
))}
)} {secondaryIssues.length > 0 && ( <> {showSecondary && (
{secondaryIssues.map((issue) => ( ))}
)} )}
setNeedleModalOpen(false)} />
) } export default IssuesVisualizer