Andy Dixon
7d67745ff8
The full incident scenario now runs against the assembled daemon: an operator goal becomes a want to reduce uncertainty, an investigation intention and a diagnosis plan; telemetry is read; logs need authority, so a scoped request with risk, mitigation and fallback is raised and the intention is blocked until an operator grants it; the logs are read with personal data masked and summarised back into cognition; the operator supplies the judgement that a restart should help; a standing commitment turns the restart into a request for approval; after approval the typed capability runs and health is verified rather than assumed; the fault persists, so a prediction error weakens the supporting belief, the plan is replanned into an escalation that reuses the live log grant and does not repeat the restart; once the database is fixed a second approved restart verifies, the procedure is learnt, and "Why did you restart atlas-worker?" is answered from the recorded chain and scores as supported. Changes the scenario exposed: - New operator goals are raised by the goal monitor, so a cycle runs and wants are derived from them. - Intentions link live beliefs about their action's target, so a failed expectation is evidence against the belief it rested on and the plan lists it as an assumption. - Reconsideration reacts to a plan's own intention only; a subordinate "obtain approval" intention shares the plan and previously caused the parent's plan to be closed. - The harness accepts a clock for the executor's verification windows. Further failure-mode tests: a retracted assumption replans a waiting plan away from the restart and withdraws its approval request; conflicting commitments are raised once in a cycle while both stay represented.
219 lines
9.5 KiB
Go
219 lines
9.5 KiB
Go
package agency
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import (
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"context"
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"strings"
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"sync/atomic"
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"testing"
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"time"
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"github.com/andydixon/noema/internal/agency"
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"github.com/andydixon/noema/internal/beliefs"
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"github.com/andydixon/noema/internal/memory"
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"github.com/andydixon/noema/internal/planning"
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"github.com/andydixon/noema/internal/research"
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"github.com/andydixon/noema/internal/volition"
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"github.com/andydixon/noema/pkg/concepts"
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"github.com/andydixon/noema/pkg/events"
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"github.com/andydixon/noema/tests/harness"
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)
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// Part L: an operator asks Noema to investigate a failing production
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// system; it diagnoses with telemetry, discovers it needs logs, asks for
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// temporary scoped access with the risk explained, reads the logs, is told
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// a restart should help, wants to restore service, meets a commitment that
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// production changes need approval, asks instead of acting, restarts with a
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// typed capability once approved, verifies rather than assumes, finds the
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// fault persists, records the prediction error and weakens the belief,
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// abandons the branch and replans without repeating the restart, and after
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// the underlying fault is fixed resolves the incident, learns the procedure
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// and explains itself from the record.
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//
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// Where the scenario needs semantic judgement a deterministic runtime
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// cannot make (that the logs implicate a stalled queue, that a restart
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// should clear it), the operator supplies it as conversation; everything
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// else is the runtime's own recorded cognition.
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func TestIncidentScenario(t *testing.T) {
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host := newHost()
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host.journal = "07:12 deploy atlas-worker v42\n07:14 atlas-worker: queue consumer lost connection to db-primary (user ops@example.com from 10.0.0.7)\n07:15 atlas-worker: queue stalled\n"
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var offset atomic.Int64
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h := harness.StartWith(t, harness.Options{HostRunner: host, Now: func() time.Time { return time.Now().Add(time.Duration(offset.Load())) }})
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ctx := context.Background()
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m := h.Mind("noema")
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slug := "/api/v1/minds/noema"
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post := func(path string, body any) []byte {
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t.Helper()
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code, out := h.Do(h.Admin, "POST", path, body)
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if code >= 300 {
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t.Fatalf("POST %s: %d %s", path, code, out)
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}
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return out
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}
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// Standing commitment made before the incident.
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post(slug+"/commitments", map[string]any{"description": "production modifications require operator approval", "kind": "operator_instruction", "polarity": "refrain", "unless": "approval", "matcher": map[string]any{"access": "write"}})
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// 1–5: the request becomes a goal, a want to reduce uncertainty, an intention and a plan.
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post(slug+"/goals", map[string]any{"title": "Diagnose why atlas-worker is failing", "subject": "atlas-worker", "priority": 0.9, "kind": "task"})
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var investigate volition.Intention
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waitFor(t, h, m, 30*time.Second, "an investigation intention with a plan", func() bool {
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its, _ := h.Deps.Volition.Intentions(ctx, nil, m.ID, nil, 50)
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for _, it := range its {
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if it.Kind == volition.IntentInvestigate && !it.PlanID.IsZero() {
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investigate = it
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return true
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}
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}
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return false
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})
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if investigate.GoalID.IsZero() {
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t.Fatal("investigation not linked to the goal")
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}
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// 6–12: telemetry first; logs need authority, so a scoped request is raised and explained.
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var req string
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waitFor(t, h, m, 30*time.Second, "a capability request for logs", func() bool {
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rs, _ := h.Deps.Capabilities.CapabilityRequests(ctx, m.ID, "pending", 5)
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if len(rs) == 1 {
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req = rs[0].ID.String()
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if rs[0].Capability != "logs.query" || rs[0].Risk == "" || rs[0].Fallback == "" || rs[0].MaxOperations == nil {
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t.Fatalf("request not explained: %+v", rs[0])
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}
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return true
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}
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return false
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})
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if blocked, _ := h.Deps.Volition.GetIntention(ctx, nil, m.ID, investigate.ID); blocked.Status != volition.IntentionBlocked || blocked.BlockedKind != volition.BlockCapability {
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t.Fatalf("lack of authority not represented: %+v", blocked)
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}
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// 13–14: approval; the logs are read (personal data masked) and summarised back into cognition.
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post("/api/v1/capability-requests/"+req+"/grant", map[string]any{"note": "30 minutes, read only", "duration_seconds": 1800})
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waitFor(t, h, m, 30*time.Second, "the diagnosis to complete", func() bool {
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it, _ := h.Deps.Volition.GetIntention(ctx, nil, m.ID, investigate.ID)
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return it.Status == volition.IntentionFulfilled
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})
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findings := false
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for _, ev := range h.EventsOf(m.ID, events.Observation) {
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if ev.Source == "planning.findings" {
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findings = true
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if strings.Contains(ev.Summary, "ops@example.com") || strings.Contains(ev.Summary, "10.0.0.7") {
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t.Fatal("personal data from logs reached cognition unmasked")
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}
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}
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}
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if !findings {
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t.Fatal("findings did not re-enter cognition")
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}
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// 15–17: the operator supplies the semantic judgement and asks for service to be restored.
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post(slug+"/ask", map[string]any{"text": "Restarting atlas-worker clears the stalled queue."})
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var belief beliefs.Belief
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waitFor(t, h, m, 20*time.Second, "the belief about restarting", func() bool {
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bs, _ := h.Deps.Beliefs.Search(ctx, m.ID, "restarting atlas-worker stalled queue", 5)
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for _, b := range bs {
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if strings.Contains(b.Proposition, "restarting atlas-worker") {
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belief = b
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return true
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}
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}
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return false
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})
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post(slug+"/ask", map[string]any{"text": "Please restart atlas-worker."})
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// 18–20: the commitment turns the want into a request for approval; nothing runs.
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var approval string
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var restart volition.Intention
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waitFor(t, h, m, 30*time.Second, "a restart approval request", func() bool {
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ap, _ := h.Deps.Capabilities.Approvals(ctx, m.ID, "pending", 5)
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for _, a := range ap {
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if a.Capability == "service.restart" {
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approval = a.ID.String()
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}
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}
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open, _ := h.Deps.Volition.Open(ctx, nil, m.ID)
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for _, it := range open {
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if it.ParentID.IsZero() && it.Proposal != nil && it.Proposal.Capability == "service.restart" {
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restart = it
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}
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}
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return approval != "" && restart.ID != ""
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})
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if host.count() != 0 || restart.Kind != volition.IntentRequestApproval || len(restart.BeliefIDs) == 0 {
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t.Fatalf("restart before approval, wrong kind or no supporting belief: restarts=%d %+v", host.count(), restart)
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}
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// 21–25: approved; restarted with a typed capability; health is verified, not assumed; it fails.
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post("/api/v1/approvals/"+approval+"/approve", map[string]any{"note": "go"})
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waitFor(t, h, m, 30*time.Second, "the restart", func() bool { return host.count() == 1 })
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offset.Store(int64(90 * time.Second)) // let the verification window close
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waitFor(t, h, m, 30*time.Second, "a prediction error", func() bool { return len(h.EventsOf(m.ID, events.PredictionError)) == 1 })
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// 26: the belief the restart rested on is weakened by the miss.
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if after, _ := h.Deps.Beliefs.Get(ctx, nil, m.ID, belief.ID); after.Confidence >= belief.Confidence {
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t.Fatalf("belief not revised: %.3f → %.3f", belief.Confidence, after.Confidence)
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}
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// 27–28: the failed branch is abandoned and replanned; the restart is not repeated.
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waitFor(t, h, m, 40*time.Second, "the escalation to finish", func() bool {
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ps, _ := h.Deps.Plans.ForIntention(ctx, nil, restart.ID)
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return len(ps) == 2 && ps[0].Status == planning.PlanSuperseded && ps[1].Status == planning.PlanCompleted
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})
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if host.count() != 1 {
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t.Fatalf("restart repeated after the failure: %d", host.count())
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}
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// 29–30: the database is fixed; asked again, Noema restarts (with approval) and the outcome verifies.
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host.mu.Lock()
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host.fixOnRestart = true
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host.mu.Unlock()
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post(slug+"/ask", map[string]any{"text": "db-primary is back. Please restart atlas-worker."})
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waitFor(t, h, m, 30*time.Second, "a second approval request", func() bool {
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ap, _ := h.Deps.Capabilities.Approvals(ctx, m.ID, "pending", 5)
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for _, a := range ap {
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if a.Capability == "service.restart" {
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approval = a.ID.String()
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return true
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}
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}
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return false
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})
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post("/api/v1/approvals/"+approval+"/approve", map[string]any{"note": "go"})
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waitFor(t, h, m, 40*time.Second, "a verified, fulfilled restart", func() bool {
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for _, ev := range h.EventsOf(m.ID, events.PredictionResolved) {
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if ev.Metadata["outcome"] == "confirmed" {
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return true
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}
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}
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return false
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})
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mems, _ := h.Deps.Memory.List(ctx, m.ID, memory.Filter{Kinds: []concepts.MemoryKind{concepts.Procedural}, Limit: 10})
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learnt := false
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for _, mm := range mems {
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learnt = learnt || strings.Contains(mm.Content, "confirmed by observation")
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}
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if !learnt {
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t.Fatalf("what worked was not recorded as a procedure: %+v", mems)
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}
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// 31: "Why did you do that?" is answered from the recorded chain.
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execs, _ := h.Deps.Capabilities.Executions(ctx, m.ID, 50)
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for _, e := range execs {
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if e.Capability == "service.restart" && e.Error == "" {
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x, err := h.Deps.Agency.Explain(ctx, m.ID, agency.Ref{Kind: "execution", ID: e.ID})
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if err != nil || x.Intention == nil || len(x.Commitments) == 0 || x.Action.DecidedBy != "admin" {
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t.Fatalf("explanation: %v %+v", err, x)
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}
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break
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}
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}
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before := len(h.EventsOf(m.ID, events.ResponseGenerated))
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post(slug+"/ask", map[string]any{"text": "Why did you restart atlas-worker?"})
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waitFor(t, h, m, 20*time.Second, "an explanation", func() bool { return len(h.EventsOf(m.ID, events.ResponseGenerated)) > before })
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ms, _ := h.Deps.Research.List(ctx, m.ID, "introspection_accuracy", time.Time{}, 5)
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if len(ms) == 0 || ms[0].Label != research.Supported {
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t.Fatalf("explanation not supported by provenance: %+v", ms)
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}
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// Throughout, no action ran without passing the capability layer.
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for _, ev := range h.EventsOf(m.ID, events.ToolExecuted) {
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if ev.Metadata["capability"] == "service.restart" && ev.Metadata["approval_id"] == "" {
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t.Fatalf("restart executed without an approval: %s", ev.Summary)
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}
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}
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}
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